*電力関係のものは和訳されたものもあります。詳しくはお問い合わせ下さい。
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| ＩＷＡＩＳ文献リスト（文献名,著者名） 第1回以降、IWAISで研究発表されたもののリストを紹介致します。（2000年のものは整備中です。） *電力関係のものは和訳されたものもあります。詳しくはお問い合わせ下さい。 |
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| 1st (1982:New Hampshire) |
| 1982:SESSION 1: BASIC RESEARCH |
| Physics of Ice Accretion |
| Measurement of water droplet distributions in an icing wind tunnel by holography,E.M. Gates |
| Contribution to the modeling of the ice accretion process: Ice density variation with the impacted surface angle,M. Bain and J .F.Gayet |
| Icing research on Mt. Washington, N.H., J.B. Howe |
| Mechanisms for ice bonding in wet snow accretions on power lines ,S .C. Colbeck and S . F. Ackley |
| Simulation and Modeling |
| Attempts toward estimating ice loadings based on general climatological data, M. Ervik and S .M. Fikke |
| Icing of cables, B .W. Smith and C.P. Barker |
| Numerical simulation of ice accretion on cables, P. McComber |
| The design and testing of a Lagrangian computer model for simulating time-dependent rime icing on two-dimensional structures, M.M. Oleskiw and E.P. Lozowski |
| Aspects of freezing rain simulation and testing, J.R. Stallabrass |
| 1982:SESSION 2: DESIGN-ORIENTED RESEARCH |
| Ice as an influence on compact line phase spacing, J.R. Stewart |
| Adhesion of ice on aluminum conductor and crystal size in the surface layer, J.L. Laforte, C.L. Phan, B. Felin and R. Martin |
| How effective are icephobic coatings?, L.D. Minsk |
| Abhesion of ice from helicopter rotor blades : Preliminary work, H.H.G. Jellinek and I . Chodak |
| Aircraft icing research at NASA, J.J. Reinmann, R.J. Shaw and W.A. Olsen, Jr. |
| Studies of high-speed rotor icing under natural conditions, K. Itagaki, G.E. Lemieux, H.W. Bosworth, J. O'Keefe and G. Hogan |
| Ice treeing under Dc and AC electric fields at different intensities of accretion. L.C. Phan, J.L. Laforte and D.D. Nguyen |
| The impact of falling ice on elastic 8tructures. J.R. Murat and L . Lainey |
| Estimation of combined ice and wind load on overhead transmission lines, P. McComber, R. Martin, C. Morin and L . V. Van |
| Application of a block copolymer solution to ice-prone structures, B. Hanamoto |
| Ice-phobic coatings applied to saline-ice-covered whiptype antennas , E .A. Thowless |
| A review of the effect of ice storms on the power industry (abstract) , W.B. Bendel and D. Paton |
| 1982:SESSION 3 : METEOROLOGICAL MEASURENENTS AND DAMAGE OBSERVATION |
| The effect of meteorological parameters on rime formation in Finland, L. Makkonen and K. Ahti |
| Determining atmospheric parameters during ice a-cretion from the microstructure of natural ice samples, J.L. Laforte, C .L. Phan, D.D. Nguyen and B. Felin |
| Icing cloud microstructure from in situ maeasurements, J.F. Gayet and M. Bain |
| Surface icing research at AFGL, P. Tattelman |
| Field measurements of combined icing and wind loads on wires , J.W. Govoni and S .F. Ackley |
| An application of dendrochronology to the determination of the recurrence of severe ice storms, B. Felin and J. Rivest |
| Damages of structures due to ice and wind, S . Plazinic and N. Miljkovic |
| Icing related problems, effect of line design and ice load mapping, Eu.P. Nikiforov |
| 1982:SESSION 4: ICELOAD MEASUREMENTS AND DESICN PRACTICES |
| Ice accumulation on tall radio and TV towers in Finland, Y. Jaakkola, J. Laiho and M. Vuorenvirta |
| Icing and combined wind and ice design loadings for transmission lines in remote areas, M.C. Richmond |
| Predicting ice and snow loads for transmission line design, E.J. Goodwin, TTT. J.D. Mozer. A.M. DiGioia. Jr. and B .A. Power |
| Iceload measurements and design practice. S .M. Fikke, K. Schjetne and B .D. Evensen |
| Measurement of ice accretion on overhead transmission line conductors , S . G. Krishnasamy |
| Extreme glaze and rime ice loads in Southern California: Part I--Rime. J.H. Mallory and D.C. Leavengood |
| Extreme glaze and rime ice loads in Southern California: Part TT-Glaze J.H. Mallory and D C Leavengood |
| Field research on tie galloping of iced conductors : A status report, J.C. Pohlman and D. Havard |
| Development of an ice and snow load transducer to simulate Transmission line loading, N.W. Brodie and D.E Franklin |
| Experience concerning ice loads on overhead lines in Austria , H. Schauer and W. Hammerschmid |
| Methods of calculating icing loads on overhead lines as spatial constructions, T.N. Colikova B F Golikov and D.S. Savvaitov |
| 1982:SESSI0N 5 : PLANNING OF FUTURE |
| Discussion by All Attendees |
| ＩＷＡＩＳ文献リスト（文献名,著者名） 第1回以降、IWAISで研究発表されたもののリストを紹介致します。（2000年のものは整備中です。） *電力関係のものは和訳されたものもあります。詳しくはお問い合わせ下さい。 |
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| 2nd (1984:Trondheim) |
| 1984:SESSION 1: FIELD DATA METEOROLOGICAL DATA AS WELL AS ICING DATA |
| Meteorological data acquisition program for transmission line designers, N.W. Brodie and D.E. Franklin, B.C. Hydro Research and Development, Canada |
| Earlier Norwegian iceload research. A review of investigations and results, S .M. Fikke and O.S. Johansen ,The Norwegian Research Institute of Electricity Supply, Trondheim , Norway |
| Measurements of iceloads on transmission line routes in Iceland, A.B. Jonasson, Consulting Engineers, Reykjavik, Iceland |
| Meteorological instrumentation for characterizing atmospheric icing ,R.E. Bates and J.W. Govoni, CRREL, Hanover, N.H., USA |
| Ice detector measurements compared to meteorological parameters in natural icing conditions. W.B. Tucker and J.B. Howe, CRREL, Hanover, N.H., USA |
| Remote Sensing of Atmospheric icing in Quebec , B. Felin, Hydro-Quebec, Canada. (Short contribution) |
| Experiences in using meteorological data for rime accumulation calculations in Finland , K. Ahti, Finnish Meteorological Institute, Finland (Short contribution) |
| 1984:SESSION 2 : PHYSICS OF ICING |
| Mechanical properties of atmospheric ice , J. Druez, J.L. Laforte, D.D. Nguyen, Universite du Quebec, Canada |
| Preliminary investigation on effect of wind speed fluctuations on ice accretions grown on fixed and rotating aluminium conductors J.L. Laforte, L.C. Phan and N. Dang Du, Universite du Quebec, Canada |
| Role of ice crystals on ice accretion processes, J.F. Gayet, M. Bain and R.G. Soulage, L.A.M.P, Univ. Clermont II, France |
| Superstructure icing observations on the semisubmersible Ocean Bounty in Lower Cook Inlet, Alaska , J.W. Nauman, U.S. Minerals Management Service, Alaska, USA |
| The VHL sea spray icing tunnel, T. Carstens, T.S. Jorgensen, T. Karterud and O. Skaret, NHL/VHL. Trondheim, Norway |
| Ice accretion on insulators of high-voltage transmission lines, L. Phan, S. Barahmand and H. Matsuo, Universite du Quebec and L. Vovan, R. Martin, Hydro-Quebec, Canada |
| Shelf-shedding of accreted ice from high-speed rotors , K. Itagaki, CRREL., Hanover, N.H., USA |
| 1984:SESSION 3: MODELLING |
| Computer modelling of atmospheric ice accretion and aerodynamic loading of transmission lines, K.Z. Egelhofer, Dartmount College, S.F. Ackley, CRREL and D.R. Lynch. Dartmount College, Hanover, N.H.,USA |
| An approximate method for time-dependent. modelling of rime ice accretion, E.M. Gates, E.P. Lozowski and K.J. Finstad, University of Alberta, Canada |
| Determination of icing loads from end cable tension, P. McComber and D. Bouchard, Universite du Quebec a Chicoutimi, Canada |
| Theoretical solutions of ice accretion on cables, G. Poots, University of Hull, England |
| An estimating method of snow load on overhead power lines, Y. Sakamoto Central Research Institute of Electric Power Industry and K. Ishihara, Environmental Research and Technology Institute Inc., Japan |
| Icing on off-shore structures - atmospheric icing , I . Horjen, Norwegian Hydrodynamic Laboratories, Norway |
| Environment Canada's research project in ice and wind load modelling for electrical transmission facilities, L.E. Welsh, Environment Canada and R. Brown, Meteorological and Environment Planning Ltd . , Canada. (Short contribution) |
| 1984:SESSION 4 : AERODYNAMICS OF ICE COVERED STRUTURES : |
| Weather related loads on transmission lines and their consequences , S.G. Krishnasamy, Ontario Hydro, Canada |
| The combined loading of tall towers and transmission lines by ice and wind , A.G. Davenport, University of Western Ontario, Canada |
| Analyses of combined icing and wind loads on a simulated power line test span, J.W. Govoni and S.F. Ackley, CRREL, Hanover, N.H., USA |
| Ice-and wind-load measurements on a guyed tv-mast in Finland, P . Lehtonen and J. Laiho, The Finnish Broadcasting Company (YLE), Finland |
| Development and operation of a galloping conductor test facility, R.I. Egbert, College of Engineering, M.H. Snyder, Wichita State University and 6.C. Thoman, Wichita, Kansas, USA |
| Progress in field research on control of galloping of iced conductors, D .G. Havard, Ontario Hydro, Canada and J.C. Pohlman, Pittburgh, USA |
| Questions on filling rates of lattice towers, H.J. Berge, BORO A/S, Norway. (Short contribution) |
| Ice accretion and transmission line galloping, M.J.Tunstall, CEGB, U.K. (Short c6ntribution) |
| 1984:SESSION 5 : PRACTICAL APPLICATIONS |
| An icing model applied on a planned transmission line, M. Ervik and S.M. Fikke, The Norwegian Research Institute of Electricity Supply, Trondheim, Norway |
| IEC-work on icing., IC. Schjetne, The Norwegian State Power Board, Norway. (Short contribution) |
| Description of icing cases leading to tower collapse on the 300 kV power line Dale-Fana, L. Kleppe, BKK, Bergen, Norway. (Short contribution) |
| 1984:SESSION 6 : ATMOSPHERIC ICING RESEARCH |
| Announcement of Next Workshop. Future Work. A general discussion based on imnpressions from the previous sessions |
| ＩＷＡＩＳ文献リスト（文献名,著者名） 第1回以降、IWAISで研究発表されたもののリストを紹介致します。（2000年のものは整備中です。） *電力関係のものは和訳されたものもあります。詳しくはお問い合わせ下さい。 |
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| 3rd (1986:Vancouver) |
| 1986:Session 1: Meteorology |
| Mesoscale Structure of Icing Storms over the Canadian East Coast and Ontario, T. B. Low, R. E. Stewart, and J. R. Thompson |
| Ten Years of Standardized Field Ice Accretion Measurements in Quebec, B. Feline |
| Icing Rates on Sea-Going Ships, W. P. Zakrzewski |
| Measurement of Cloud Droplet Size and Size Distribution with the FSSP and the Rotating Multi-Cylinders, J. B. Howe |
| Observation of Sea S ray Icing at Green Island, British Columbia, T. Jandali an R. Beal |
| Atmospheric Icing, J,-F, Gayet (discussion session following a showing of a 19 minute 16-mm movie) |
| 1986:Session 2: Modelling |
| Mapping of Snow and Ice Accretion Occurrences from Synoptical Meteorological Measurements, B. Strauss |
| Ice Accretion Data for Model Evaluation, G.C.Castonguay,R.J. Kolomeychuk and L. E. Welsh |
| Modelling Wet Snow Accretion in a Wind Tunnel, Y. Sakamoto, P. Admirat, J. L. Lapeyre and M. Maccagnan |
| An Operational Model for Rime Ice Accretion, K. J. Finstad and E. P. Lozowski |
| The Effect of Conductor Diameter on Ice Load as Determined by a Numerical Icing Model, L. Makkonen |
| Meteorological Conditions for Wet Snow Occurrence in France-Calculated and Measured Results in a Recent Case Study on 5 March 1985, H. Gland and P. Admirat |
| Extreme Value Analysis of Glaze Ice Accretion, S. G. Krishnasamy and R. D. Brown |
| Turbulent Dispersion of the Icing Cloud from Spray Nozzles Used in Icing Tunnels, J. Marek and W. Olsen |
| Statement from the Coordinator of the Second International Workshop on the Atmospheric Icing of Structures, M. Ervik |
| Update on Canada's Project on Ice Accretion and Wind Load Modelling for Electrical Transmission Facilities. L. E. Welsh |
| Dinner Speech |
| Ice Accretion and Canadian Climatology, G. A. McKay |
| 1986:Session 3: Physics of Icing |
| Theoretical Study of the Heat Balance During the Growth of Wet Snow Sleeves on Electrical Conductor, J. C. Grenier, P. Admirat, and M. Maccagnan |
| The Influence of Several Factors on the Heat Transfer from an Isothermal Cylinder, R. Narten, E. M. Gates, and E. P. Lozowski |
| Comparison of Droplet Size Measurements by Three Methods. J. R. Stallabrass |
| Microstructure and Mechanical Properties of Ice Accretions Grown from Supercooled Water Droplets Containing NaClin Solution, J.-L. Laforte and L. Lavigne |
| Quantitative Results and Proposed Mechanisms on Wet Snow Accretion in the Ishiuchi Wind-Tunnel Facilities, P. Admirat, Y. Sakamoto, J. L. Lapeyre, and M. Maccaganan |
| Experimental Studies of Ice Accretion on Rotating Wires in an Instrumented Wind Tunnel, P. Personne and J.-F. Gayet |
| Performance Requirements, Design and O ration of the Iowa Icing Wind Tunnel, S. Jevic, R. Ettema, and J. . Kennedy |
| A Wind Tunnel Study of Mechanisms of Sea Spray Icing. J. Launiainen and M. Lyyra |
| Use of the LAMP Wind Tunnel for Icing Research, J.-F. Gayet (4-minute video cassette presentation) |
| 1986:Session 4: Icing Data |
| Experimental Evidence for Modifying the Current Physical Model for Ice Accretion on Aircraft Surfaces, W. Olsen and E. Walker |
| A Reliable, Inexpensive Radio Telemetry System for the Transfer of Meteorological and Atmospheric Icing Data from Mountaintop Sites, J. W. Govoni, K. L. Rancourt, and A. J. Oxton |
| Micro-Processor Controlled Solid-State Anemometer and Ice-Detector, C. H. Franklin and J. B. Howe |
| Observation of Ice/Water Formations on a Model Intake Section Subjected to Simulated Cloud Conditions, S. J. Downs |
| Measurement of Adhesive Shear Strength of Impact Ice in an Icing Wind Tunnel, M. L. Chu, R. J. Scavuzzo, and W. V. Olsen |
| Development of a Composite Technique in the Determination of the ensile Strength of Impact Ices, R. J. Scavuzzo, M. L. Chu, and P. Lam |
| Ice Observations in Newfoundland and Labrador, D. Butt |
| The Development of a De-Icing Weather Station Which Uses No Heat-the Pneumatic Automatic Weather Station (PAWS), I. Strangeways and R. Hudson |
| Application of Electro-Impulse De-Icing (EIDI) to Ice-Covered Structures, R. Ross and G. W. Zumwalt |
| Ice-Free Anemometer: Laboratory and Field Testing. S. G. Krishnasamy and J. Motycka |
| Current Ice Load Measurements in Norway, S. M. Fikke and F D Evensen |
| 1986:Session 5 : Aerodynamics of Ice-Covered Structures |
| Compressive Strength Measurements on Atmospheric Ice, J. Druez P. McComber, and Y. Lavoie |
| The Numerical Calculation of the Wind Force Coefficients on Two Dimensional Iced Structures, P. McComber and G. Bouchard |
| The Growth and Disappearance of Ice Loads on a Tall Mast, P. Lehtonen, K. Ahti, and L. Makkonen |
| An Experimental Study of Aerodynamic Aspects of Wet Snow Accretion on Overhead Lines, W. T. Eeles, B. . James, and D. A Castle |
| Interaction of Ice and Wind on Guyed Towers, A. G. Davenport |
| Collection and Reproduction of Natural Ice Shapes on Overhead Line Conductors and Measurement of Their Aerodynamic Characteristics, L. T. Koutselos and M. J. Tunstall |
| Accretion and Shedding of Ice on Cables Incorporating Free Streamline Theory and the Joule Effect, P. J. Larcombe, W. Kunda, G. Poots and J. W. Elliott |
| Conductor Twisting Resistance Effects on Ice Buildup and Ice Shedding , J. W. Govoni and S. F. Ackley |
| Communication Tower Icing in the New England Region, N. D. Mulherin and S. F. Ackley (included a video cassette presentation) |
| 1986:Session 6: Practical Applications |
| Statement on Cooperation from Ramboll & Hanneman A/S (read by A. E. Boyer) Wet Snow Management, G. Dumas and Y. Sakamoto |
| The Countermeasure of Icing on the Transmission Lines by Conducting Heavy Current, M. Yamaoka, I. Ohtake, and G. Wakahama |
| Prevention of Wire Icing by Joule Heating , P. Personne and J.-F. Gayet |
| A Study of AC and DC Flashover Performances of Insulators During Ice Accretion, M. Farzaneh and N. Sugawara |
| A Reduction of Tower Head Dimensions Through Galloping Controls, D. G. Havard, C. J. Pon and J. C. Pohlman |
| Prediction of Combined Wind and Snow Loads for Overhead Line Designs Using Synoptic Climatological Data, A. E. W. Ford |
| The Combined Ice Plus Wind Loading on Transmission Line Structures, M. E. Criswell |
| A Utility's Recent Experience with Devastating Ice Storms and a Program im Response, T. E. Tymofichuk |
| Field Trip to Mission Ridge, G. Turner |
| ＩＷＡＩＳ文献リスト（文献名,著者名） 第1回以降、IWAISで研究発表されたもののリストを紹介致します。（2000年のものは整備中です。） *電力関係のものは和訳されたものもあります。詳しくはお問い合わせ下さい。 |
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| 4th(1988 Paris) |
| 1988:SESSION A0; OPENING SESSION |
| The atmospheric icing :a review,LOZOWSKI Edward P.,GAYET Jean Francois. |
| Wet Snow on overhead lines:state-of-art.,ADMIRAT Pierre,SAKAMOTO Yukichi |
| 1988:SESSION A1;RISK ASSESSMENT : CLIMATIC AND ECONOMIC ASPECTS |
| Space-time model of a major wet snow episode (Peroignan - 30th-31st January 1986),MACCAGNAN Michel, ADMIRAT Pierre, GABRIELLI Robert |
| Assessment of probabilistic climatic loadings on exosting 230kV steel transmission lines, HALDER Asim,MITTEN paul T,MAKKONEN Lasse |
| The mapping of the risk of wet snow sticking on power lines over a period of 35 years ,ADMIRAT Pierre,LAPEYRE Jean Louis ,DE GONCOURT Brigitte ,MACCAGNAN Michel |
| Probability Based design approach to climatic loading in Hungary,KROMER Istvan |
| Ice coating in Romania.Study of existing regurations regarding the intensity of ice coating ,DRAGAN Gleb,MILITARU Paul |
| Regional climato-economic study of 20 wet snow episodes over the period 1951-1987 ,with projection for the period 1988-2000 ,BALDIT Maurice, ADMIRAT Pierre,LAPEYRE Jean Louis |
| 1988:SESSION A2;ICING CONDITIONS: METEOROLOGICAL ASPECTS |
| A model for hourly snowfall, SAGE Joseph D. |
| Satelite images of icing clouds , SCHICKEL Klaus Peter |
| The transition of freezing precipitation types in Canadian atlantic coastal stoms, LOW Tom B. ,STEWART R.E.,CRAWFORD R. |
| Very short range forecast of wet snow by means of the METEOTEL system.Experiment of winter 85-86,STRAUSS Bernard ,MAGNAN Jean ,MUSSON-GENON Luc |
| Meteorological and cloud physical observations of atmospheric icing events on Gaustatoppen,FINSTAD Karen J.,CARSTENS Torkild FIKKE Svein M.,ERVIK Magnar |
| Design and analysis of ice load on power lines in mountainous regions ,MUROOKA Mituharu,OHSAKI Eiichi,SAKAMOTO Yukichi, TADOKORO Yutaka |
| Freezing rain and fog events in southern Ontario:properties and effects on EHV transmission systems,MELO Octavio T.,TAM Yam Tong ,FARZANEH Masoud |
| 1988:SESSION A3_A4;FIELD OBSERVATIONS |
| On-site observation of transmission line and telecommunications tower icing as part of data acquistion programs required by new standards, FIKKE Svein M.,ERVIK Magnar ,FINSTAD Karen J. |
| Construction of data-base on observation of natural wet snow accretion and some considerations on it, SAKAMOTO Yukichi,SHIMADA Y.,KAWAGUCHI M.,KAWANISHI S. |
| Observation of ice accretion on power transmission lines, TAKAGI Y.,OKUMURA T.,KITANISHI M.,SANAI Masao |
| Atomospheric icing with elevation on New Englang mountains, RYERSON Charles C. |
| Atomospheric icing on ship superstructures - A phenomenological case study,LAUNIAINEN Jouko ,ROD Erhardt |
| Basic methods and results of ice investigation for electric overhead lines design and exploitation in Czechoslovakia, POPOLANSKY Frantisek,KRUZIK Jan |
| Analysis of ice overload on single and bundled conductors,FLOCCHINI G.,PALAU C.,NICOLINI P.,TAVANO F. |
| Analysis of the meteorological prosess of ice depositions on transmission line conductors,CSOMOR mihaly, REZSOFI Ferenc |
| Studies of icing and ice-snow accretion in Mt.zao, YANO Katsutoshi |
| The density on natural ice accretions,JONES Kathleen F. |
| Freezing rain in Quebec : field observations compared to model estimations,FELIN Beatrice |
| Icing rate measurements made for different cable configurations on an icing test line at Mt.Valin,DRUEZ Jacques ,McCOMBER Pierre , FELIN Beatrice |
| Calibration of a snow accumulation model based on actual cases in Japan and France,ADMIRAT Pierre ,SAKAMOTO Yukichi,DE GONCOURT Brigitee |
| 1988:SESSION A5;LABORATORY EXPERIMENTS |
| The effect of structural ice on aircraft component aerodynamics,BRAGG Michael B. |
| Investigation of microphysical factors which influence surface roughness during glaze ice accretion,HANSMAN Jr.R.John,TURNOCK Stephen R. |
| Measurement of the average convective heat transfer coefficient and the drag coefficient for icing shaped cylinders,SZIDER Krzysztof,WASZKIEWICZ M.,LOZOWSKI Edward P. |
| Thickness distribution of accreted ice grown on rotor blades under laboratory conditions,ITAGAKI Kazuhiro,LEMIEUX G.E. |
| Microscopic and macroscopic observations of ice samples formed by accretion,DOWNS Susan Janet |
| Ballistic accretion on a point seed ,RAMBALDI Sandro,PORCU Federico,PROI Franco |
| Experimental study of the air inclusions into ice formed on fixed cylinders,GRIBERIN Pascal ,PERSONNE Pascal,ISAKA Harumi |
| Adhesive peel strength of artificial ice,SCAVUZZO Rudolph J.,CHU Mamerto L. |
| Atomospheric-ice loading of power transmission cables : laboratory experiments,CHEN Hamn Chin,ETTEMA Robert,YOON B. |
| Three dimention expression of the influnces of meteorlogical paraamenters on wet snow accretion model and some discussion on them,TACHIZAKI Synji,SAKAMOTO Yukichi,MIZUSHIMA K.,JYOSHO M. |
| Thermodynamic simulation of wet snow accretion under wind-tunnel conditions,SAKAMOTO Yukichi, ADMIRAT Pierre,LAPEYRE Jean Louis,MACCAGNAN Michel |
| 1988:SESSION A7_A8_A9;MODELLING |
| Overview of icing reserch at ONERA,GUFFOND Didier,CASSAING Joseph,HENRY Robert,BOSSY Marc |
| An efficient method for the numerical solution of Stefan probrems,KEITH Jr.Theo G.,DE WITT K.J.,AHN S.K. |
| Flat crystal trajectories around three dimensional obstacle and two dimensional airfoil,LECAS Theodore ,ISAKA Harumi,GUFFOND Didier |
| Atomospheric icing of ships and an overview of the research on atmospheric icing modeling applicable to ship icing modelling, ZAKRZEWSKI Wlodzimierz Paul,LOZOWSKI Edward P.,BLACKMORE Ryan Z. |
| Evaluation of state-of-the-art drilling platform ice accretion models,BROWN Ross D.,HORJEN I.,JORGENSEN T.,ROEBBER P. |
| Development of an operational ice and wind load model for transmission lines,MITTEN Paul T.,MAKKONEN Lasse,MORRIS Robert J. |
| Atheoretical model for rime ice accretion on a single conductor and twin conductor bundles using free streamline theory,SKELTON P.Linda I.,POOTS Graham |
| A theoretical model of ice accretion on an overhead line conductor causing twisting of the conductor,POOTS Graham,SKELTON P.Linda I. |
| A simple icing-clock model for the ice accretion kinetics on an overhead transmission line,SKELTON P.Linda I.,POOTS Graham |
| A comprehensive deterministic model for transmission line icing applied to laboratory and field observations,FINSTAD Karen ,FIKKE Svein M.,ERVIK Magnar |
| Further studies of the galloping instability of natural ice accretion on overhead line conductors,TUNSTALL M.J. |
| Effect of the surface roughness on the ice load characteristics during icing with low airspeeds,PERSSONNE Pascal,DUROURE Chritophe,GAYET Jean Francois |
| The growth of icicles, MAKKONEN Lasse |
| Simulation of some rime characteristics by using an aggregate model,PERSSONNE Pascal,GRIBERIN Pascal,DUROURE Chritophe |
| Interpretation of an experimental spearheadshape ice formation by using a numerical model,BRUNET Luc,GUFFOND Didier |
| 1988:SESSION A10_A11;METROLOGY |
| Combined finite element-experimental technique for determination of impact ice tensile properties,CHU Mamerto L.,XIAN X.T.,SCAVUZZO Rudolf J |
| New experimental and theoretical studies of ice crystals growth,WANG Ang-Sheng |
| Comparison of three slide impact nethods for measuring the size of water droplets,LAFORTE Jean Louis,DU NGUYEN |
| New calibration methods of PMS FSSP and ID-C probes for cloud droplet measurements,GAYET Jean Francois,ROYER Henri |
| The ice accretion (growth,mass,shape,thickness,density) on a 12.5mm rod in dependence on cloud physical parameters for different types of clouds,HOFFMANN Hans Eberhard |
| An automatic computer controlled weather actuated camera system for the investigation of snow accretion on overhead lines, EELES Wilfred Trefor,WAREING J.B.,STRUTT I.,CASTLE D.,AMOR K. |
| Drag and heat properties of a surface during icing,LYYRA Markku,LANUNIAINEN Jouko |
| Dielectric measurements of snow liquid water content,BRUN Eric,PANEL Jean Michel ,LAFEUILLE Jerome |
| 1988:SESSION B5_B6;MECHANICAL AND ELECTRICAL EFFECTS |
| Leakage current depending on the insulator shapes and their ice accreted conditions,SUGAWARA Noriyoshi,HOKARI K. |
| Effects of ice coating on the dielectric strength of high-voltage insulators,KANNUS Kari,VERKKONEN Vesa |
| Ice accumulation on DC power transmission line insulators,FARZANEH Masoud,VOVAN M.L. |
| Failures of overhead transmission lines due to polluted ice accretions on insulator strings ,VUCKOVIC Zoran,MILANOVIC Dragan ,PLAZINIKC Slobodan |
| Effect of corona discharge on ice accretion,TEISSEYER Yves ,FARZANEH Masoud |
| Galloping conductor control - Status 1988,HARVARD David G.,PON C.J. |
| On the state of galloping conductor technology,RAWLINS C.B.,POHLMAN Joe C. |
| Theoretical study and experimental verification of the torsion of cables subjected to moment densities, ADMIRAT Pierre,LAPEYRE Jean Louis |
| The management of devastating ice storms,HESSE Karl H. |
| Crossing of HV and MV electric lines in areas with icing risks,SAVARY Pierre |
| 1988:SESSION B7_B8_B9;PRACTICAL APPLICATIONS AND PREVENTIVE METHODS |
| Studies on atmospheric icing in Finland,LEHTONEN Pertti,LAIHO Jorma ,MAKKONEN Lasse,RIISIO Pekka,MIETTINEN Heikki |
| ISO-Working Group N°6,"Atmospheric icing of structures",STOTTRUP-ANDERSEN Ulrik |
| Natural winter risks and overhead distribution networks:technical aspects - protection policy,BILLOT Pierre,VIEILLE Jean |
| Icing on overhead transmission lines in cold mountainous district of Souwhwest China and its protection,SU FUHENG,HU SHIXIONG |
| Overhead electric line design for improved reliability,MAY Harry Stanley |
| Countermeasures for snow accretion on conductors, SAOTOME Hisao,YOSHIDA Masayuki,OKADA Kunio |
| Influence of Joule effect and of climatic condition on liquid water content of snow accreted on conductors,ADMIRAT Pierre,MACCAGNAN Michel,DE GONCOURT Brigitte |
| Research to develop conductor deicing compounds, BAUM Bernard THOMA Lynne |
| Countermeasures to both of the wet snow accretion and galloping damages on the transmission lines,YAMAOKA Masaru,FUJITA Katsufumi,WAKAHAMA Gorow |
| Electro-Impulse De-Icing (EIDI)of transmission line towers,ROSS Richard |
| De-icing of microwave dishes and power lines by electromagnetic impulse,ZUNWALT Glen W.,EGBERT Robert I. |
| Computer assisted aircraft icing forecast,FUCHS Werner |
| Detecting and predicting icing conditions on road,bridge,and runway surfaces,KELLY Joseph R.,TRASK David C.,HUNT Olga M. |
| The use of a ship spraying / icing model to estimate to the effect of the direct spray flux on icing rate,ZAKRZEWSKI Wlodzimierz Paul,LOZOWSKI Edward P.,BLACKMORE Ryan Z |
| Removal of atmospheric ice from broadcast towers using low-frequency,high-amplitude vibrations,MULHERIN Nathan D.,DONALDSON R.J.F |
| ＩＷＡＩＳ文献リスト（文献名,著者名） 第1回以降、IWAISで研究発表されたもののリストを紹介致します。（2000年のものは整備中です。） *電力関係のものは和訳されたものもあります。詳しくはお問い合わせ下さい。 |
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| 5ｔｈ(1990:Tokyo) |
| 1990 : SESSION AO:Special Presentation |
| Meteorology of heavy snowfall in Japan,Seijl Miyazawa.Japan Weather Association |
| Glaciology and icing on structures, Kazuhiko Itagaki.U.S. Army Cold, Regions Research and Engineering Laboratory. U.S.A. |
| Ice and snow accretion on structures in Japan,Yukichi Sakamoto. Central Research institute of Electric Power Industry |
| 1990 : SESSION A1 : Icing-Field Observation, including Measuring Methods |
| Measurement of relative humidity in clouds,Kazuhiko Itagaki and G.E. Lemieux. U.S. Army Cold Regions Research and Engineering laboratory. U.S.A. |
| Measuring icing cloud properties by the rotating multicylinder,Lasse Makkonen. Technical Research Centre of Finland. Pertti Lehtonen. Finnish Broadcasting Company, Finland |
| A small up-stand supercooled cloud tunnel for ice (snow) crystal growth and its Measuring systems,Naihu Gong and Shuwang Tao, Lanzhou Institute of Plateau Atmos. Phys. Academia Sinica,People's Republic of China |
| Development of field measurement technique and data analysis for transmission line icing ,Istvan Kromer, Institute for Electrical Power Research, Hungary Frank Teucher, Energiebau GmbH, F.R.G. |
| Development of a sensor for the detection of atmospheric ice ,Stuart Inkpen and Chris Nolan, INSTRUMAR Ltd.,Canada Canada, Myron Oleskiw, Low Temperature Laboratory, National Research Council, Canada |
| Meteorological analysis of glaze occurrence in Japan ,Kenji Ishihara and Yutaka Tadokoro, Environmental Research and Technology Institute, Japan. |
| Ice accretion environment on Mt. Ibuki in Japan's central mountainous region, Ryohei Kawamura, Chubu Electric Power Co., Inc., Yutaka Tadokoro and G. Hatayama, Environmental Research and Technology Institute, Japan |
| Meteorological environment of icing and analysis of relationship between upper layer air stratification and significant ice accretion in the mountainous regions of Kantou area in Japan ,Masayasu Nagano and Toshiro Takebe. Tokyo Electric Power Co., Inc., Yukichi Sakamoto, Central Research Institute of Electric Power Industry. Yutaka Tadokoro and Genji Hatayama, Environmental Research and Technology Institute, Japan |
| A comparative study of icing rates in the White Mountains, New Hampshire ,John W. Govoni, U.S. Army Cold Regions Research and Engineering Laboratory, U.S.A. |
| The investigation of the vertical gradient of ice deposit above earth level Frantisek Popolansky and Jan Kruzik. Power Research Institute. Czechoslovakia |
| Icing mechanism and de-icing method of overhead transmission lines and insulator strings ,Shenglin Wu. Xingliang Jiang and Wan Qifa, WuHan High Voltage Research ,institute Ministry of Energy. People's Republic of China. |
| Loading condition of the transmission line due to snow and ice accretion in Young-Dong district,Jeong Boo Kim and Jeong Yoon Seo, Research Center. Korea Electric Power Corporation, Korea |
| Characteristics of icing observed at the Hoghetta ice dome in northern Spitsbergen ,Kaoru Izumi, Research Institute for Hazards in Snowy Areas, Niigata University, Japan |
| Studies on the growth process of ice monster ,Katsutoshi Yano, Wataru Kato and Atsushi Sato, Yamagata University, Shinjo branch of Snow and Ice studies, National Research Institute for Earth Science and Disaster Prevention, Japan |
| 1990 : SESSION A2 : Icing-Modelization |
| A laboratory study of droplet trajectories using LDV , Byungman Yoon and Robert Ettema. Iowa Institute of Hydraulic Research , The University of lowa. U.S.A. |
| A three-dimensional aeroelastic theoretical model of an overhead line conductor ,Lakis T. Koutselos, National Grid Research and Development Centre, U.K. |
| Morphology and density of ice accreted on cylindrical collectors at low values of impaction parameter, Part T: Fixed deposits ,Laura Levi, CONICET, Cones National de Investigations Cientificas Y Tecnicas, Argentina, Franco Prodi Istituto FISBAT-CNR. Reparto Nubi e Precipitazioni, Italy. O.B. Nasello, FAMAF, Universidad National de Cordoba, and OONICET. Argentina. |
| Morphology and density of ice accreted on cylindrical collectors at low values of impaction parameter, Part U: Rotating deposits ,Franco Prodi, Istituto FISBAT-CNR, Reparto Nubi e Precipitazioni, Italy, L. Levi. CONICET, Consejo National de Investigaciones Cientificas Y Tecnicas, O.B. Nasello, FAMAF, Universidad National de Cordoba, and CONICET. L Lubart, Servicio Meteroiogico National, Argentina |
| Theoretical Study of air inclusions on rotating cylinders , Pascal Personae, C. Dourer and H. Isaka LAMP, Universite Blaise Pascal, Clermontll, France |
| Theoretical models of rime and glaze accretion with application to freezing rain accretion on overhead transmission line conductors ,Graham Poots and P. Skelton, Centre of Industrial Applied Mathematics, University of Hull, U.K. |
| Effects of cable twisting on atmospheric ice shedding, Pierre McComber, Ecole de Technologie Superieure, Jacques Druez Universit6 du Quebec a Chicoutimi. Michel St-Louis, Hydro-Quebec, Canada |
| Simulation of the life cycle of ice loads on overhead conductors ,Tatsuo Izawa, Environmental Research and Technology Institute, Japan |
| Small-scale modeling of ice and wind loads ,Lasse Makkonen, Building Materials laboratory, Finland ,Myron M. Oleskiw, Low Temperature Laboratory, National Research Council of Canada. Canada ,Pertti Lehtonen, Rnnish Broadcasting Company, Finland |
| Evening Session |
| ISO-Standard for atmospheric icing on structures ,Stottrup-Andersen Ulrik, Rambcll a Hanemann A/S Chairman of ISO-Working Group N0.6, Denmark |
| Standard method to determine the ice loads on transmission line wires ,Balazs Peter, EROTERV. Power Station and Network Eng. Co., Hungary |
| 1990 : SESSION A3, A5, A6 : Icing-Severity Evaluation, Aerodynamic Characteristics and Countermeasures |
| Basic principles of ice-load mapping for the design and operation of overhead Transmission lines in the US.S.R.,Tatiana N. Golikova, L.E. Lomilina and G.D. Toporkova. VNITE, U.S.S,R. |
| Production of regional climatic maps for relative ice accretion risk using objective Analysis techniques ,Paul T. Mitten. Compusult Limited, Canada |
| A model of the accumulation of rime on electric power lines: application to overloads cartography ,Michel McCagnan, Societe d'Applicatons Atnosph6riques, Pascal Personne, LAMP. Universite Blaise Pascal. France |
| Spatial distribution of ice accretion within icing storms and within transmission lines routes ,Jean Laflamme, Hydro-Quebec, Canada |
| Aerodynamic properties of natural rime ice samples ,K.F. Jones and John W. Govoni, U.S. Army Cold Regions Research and Engineering Laboratory, U.S.A. |
| Drag Coefficient Measurements of an iced lattice mast, Pertti Lehtonen and J. Andersson, Finnish Broadcasting Co. (YLE), Sweden |
| The Application of phase-shifting transformers to the power line icemelting, Kalinin LP. and Soldatov' VA. The Academy of Sciences of Moldavian, S.S.R., U.S.S.R. |
| 1990 : SESSION A4 : Icing-design Criterion and Field Experiences |
| Comprehensive report on problem of ice (snow>line of power system in China ,Wu Shenglin, WuHan High Voltage Research Institute of Energy Ministry,Liu Zhendou, Power Industry Administrative Bureau of Hunan Province, People's Republic of China |
| Recent failure of a transmission line due to ice in Newfoundland ,Asim Halder, Newfoundland and Labrador Hydro. Canada |
| Ice load-reason for disasters on overhead lines in Slovenia-Yugoslavia ,B. Zadnik and J. Jakse, IBE Ljubljana. J. Kern. SEL Ljubljana, F.Sliber, IMK Ljubljana, Yugoslavia |
| Observation network for ice accretion and correction of data for determining ice loads for designing transmission power lines through mountain range ,Toshio Yamada and Takao Fujishima, Tokyo Electric Power Co., Inc., Yukichi Sakamoto, Central Research Institute of Electric Power Industry. Yutaka Tadokoro Environmental Research and Technology Institute. Japan |
| Measuring of ice and wind loads on a high mast in Sweden ,Claes Fahleson, Division of Steel Structures, Lulea University of Technology, Sweden, |
| Correlation of combined wind and ice occurrences ,Samy G. Krishnasamy, Majid Tabatabai and J. Meale, Ontario Hydro. Canada |
| Statistical procedures for combined wind and ice loading assessment ,Istvan Kromer. Electrical Power Research Institute. Mihaly Csomor, Hungarian Meteorological Service, Ferenc Kovacs, Hungarian Electrotechnical Association, Hungary |
| Improved model to estimate ice loads and combined wind and ice loading based on climatological data ,Magnar Ervik, Norwegian Electric Power Research Institute(EFI). Svein M. Fikke, Norwegian State Power Board, Norway |
| Probabilistic Design Method of Overhead Lines Exposed to Combined Wind and lce ,B. Goschy, F. Rezsofi, Zs. Zambok and M. Csomor, EROTERV. Power Station and Network Engineering Co., Hungary |
| ISO-Standard for atmospheric icing on structures ,Ulrik Stottrup-Andersen, Ramboll Hannemann A/S, Chairman of ISO-Working, Group N0.6, Denmark |
| 1990 : SESSION A7 : Conductor Galloping and Countermeasures |
| Observation of galloping of overhead transmission lines using optical fiber gyroscope ,Yasuo Sonoi and Kazuo Yamagata, The Kansai Electric Power Co., Inc., Hiroshi Kubokawa, Hisashi Kawakaml and Kiyoshi Shimojima. Hitachi Cable. Ltd., Japan |
| The countermeasures for conductor galloping accidents on the overhead transmission lines in Hokkaido Electric Power Co.,Inc , Yutaka Fujii Maseru Yamaoka and Gen Kokubo, Hokkaido Electric Power Co., Inc., Gorow Wakahama, Institute of Low Temperature Science. Hokkaido University, Japan |
| Verification test of an 8-bundle conductor on the Oku-Nikko UHV test line, Takeshi Yanagisawa, Takashi Sukegawa, Hiroji Akasaka and Yutaka Matsuzaki, Furukawa Electric Co.. Ltd., Japan |
| Use of detuning pendulums for control of galloping of single conductor and two-and four-cnductor bundle transmission lines ,David G. Havard and Craig J. Pon, Ontario Hydro, Canada |
| Observations and studies of conductor galloping at UHV test line ,Kazutaka Oura, Tokyo Electric Power Co., Inc., Akira Okazato and Hitoshi Ando, Fujikura Ltd., Japan |
| 1990 : SESSION B1 : Aircraft Icing |
| The icing of the wing and of the elevator of an aircrafl Hans-Eberhard Hoffmann, German Aerospace Research Establishment (DLR), Institute for Atmospheric Physics, F.R.G. |
| Advances in aircraft icing forecast, |
| Werner Fuchs, GMGO, Geophysikalische Beratungsstelle 202, Klaus-Peter Schickel. German Aerospace Research Establishment, F.R.G. |
| 1990 : SESSION B2: Sea Spray Icing |
| A universal flying Particle Camera ,Kazuhiko Itagaki and C.C. Ryerson, U.S. Army Cold Regions Research and Engineering Laboratory, U.S.A. |
| Sea spray icing rates, l. Intermittent Sea Spray, Kazuhiko Itagaki. U.S. Army Cold Regions Research and Engineering Laboratory, U.S.A. |
| Sea spray icing rates, U. Continuous Sea Spray ,Kazuhiko It8gak~ U.S. Army Cold Regions Research and Engineering Laboratory, U.S.A. |
| Modelling and measurement of spray ice accretion on offshore structures ,Ross D. Brown, Atmospheric Environment Service, Paul T. Mitten, Compusult Ltd., Edward P. Lozowski, W. Paul Zakrzewski and M. Waszkiewicz, University of Alberta, Canada. Lasse Makkonen, Technical Research Centre of Finland. Finland |
| A numerical model of the sea water fusion process ,Krysztof Szilder and Edward P. Lozowski, Division of Meteorology, Department of Geography, T.W. Forest, Department of Mechanical Engineering. University of Alberta. Canada |
| The University of Alberta refrigerated marine icing wind tunnel experiments ,W. Paul Zakrzewski and Edward P. Lozowski. Division of Meteorology, Department of Geography, University of Alberta, Canada Mapping the extent and severity of vessel icing off the east coast of Canada ,Paul T. Mitten, Compusult Ltd. Canada |
| 1990 : SESSION B3: Properties of Material Relating Icing |
| On the frozen force between snow and ethylene terafluoride resin, Shun'ichi Kobayashi, Research Institute for Hazards in snowy areas, Niigata University, Kazuhide Satow. Nagaoka College of Technology. Japan |
| New ice and snow repellent coatings and their applications to railways ,Fujio Ohishi, Kanagawa University, Heihachi Murase, Hideo Cougar and Kiyoshi Nanishi, Kansai Paint Co., Ltd.. Hitoshi Murata, Railway Technical Research Institute. Shigeru Kasuya, Nittetsu Mining Co., Led., Japan |
| Development of new coating with hydrophobicity for prevention from snow accretion on antenna redom, |
| Heihachi Murase, Koichi Tamura, Hideo Kogura and Kiyoshi Nanishi Kansai Paint Co., Ltd., Japan |
| Description of experimental facilities to evaluate commercial de/anti-icing fluids ,Jean-Louis Laforte. Gilles Bouchard and Patrick Louchez, Universite du Quebec a Chicoutimi, Canada |
| 1990 : SESSION B4 : Electric Properties of lce Accreted Insulator including Flashover and Others |
| Possible effects of contaminated ice on insulator strength ,Svein M. Fikke Norwegian State Power Board (Statkraft), Norway |
| Investigation of switching impulse flashover voltage performance of UHV class tension insulator assembly covered with snow ,Mitsuru Yasui, Takayuki Iwama and Yasuaki Sumiya, Tokyo Electric Power Co., Inc., Japan ,Katsuhiko Naito, Ryosuke Matsuoka and Morio Nishikawa, NGK Insulators, Ltd., Japan |
| Investigation of AC insulation performance of tension insulator assembly covered with snow , |
| Takayuki Iwama and Yasuaki Sumiya Tokyo Electric Power Co., Inc., Ryosuke Matsuoka, |
| Susumu Ito and Kenji Sakanishi, NGK Insulators, Ltd., Japan |
| Effect of polluted ice and snow accretions on high-voltage transmission line insulators ,Vuckovic Zoran, Elektroistok Plazinc Slobodan RHMZ SRS, Zdrazkovic Zlatoje, Institut N. TESLA, Hrabak-Tumpa Gordand, RHMZ SRH, Yugoslavia |
| Study of AC flashover performance and discharge mechanism of iced insulators ,Jiang Xingling and Wu Shenglin, WuHan High Voltage Research Institute of Energy Ministry, People's Republic of China |
| Effect of DC and AC corona discharges on the accretion of ice on H.V. conductors ,Masoud Farzaneh and Y. Li, Universit6 du Qu6bec a chicoutimi, Canada Y. Teisseyre, L'universit6 de Savoie, France |
| AC and DC flashover performance of ice-covered insulators during a de-icing period ,Masoud Farzaneh, J. Kiernicki and MA. Dallaire, Departoment des Sciences appliquees, Universit6 du Qu6bec a Chicoutimi. Canada |
| Insulation resistance of transmission line insulators depending on the accretions of |
| ice ,Noriyoshi Sugawara and Kazuo Hokari. Kitami Institute of Technology. Toshiyuki Nosaka, |
| Chubu Electric Power Co.. Yutaka Tadokoro and K. Mizumura Environment Research and Technology Institute, Japan |
| Insulation properties of salt-contaminated fog type insulators depending on the growth of icicles, |
| Noriyoshi Sugawara and Kazuo Hokari, Kitami Institute of Technology, Kohji Matsuda and Kozo Miyamoto, Hokkaido Electric Power Co., Inc., Japan |
| Design and application of phase-to･phase spacers for overhead transmission lines in snowy areas , |
| Shun'ichi Asai and Hisayuki Oura Hokkaido Electric Power Co.. Inc.. Sogo Matsui. Soichi Torimoto and Daiki Usami NGK Insulators. Ltd., Japan |
| Analysis of poor television reception caused by snows and its countermeasures ,Shunji Nakahara and Kazunori Ohnishi, NHK General Adrnhistr8ien Audience Service. Japan |
| Electromagnetic properties of thermodynamically irreversibly crystallizing water ,L.G. Kachurin, Leningr8d Hydrometeorologhcal Institute (LHMI), U.S.S.R. |
| Phase Transitions of water in nature, causing dangerous phenomena ,LG. Kachurin and A.V. Belotserkovsky, Leningrad Hydrometeorological Institute (LHMI), U.S.S.R. Oct. 30, 14:OO -17:10 p. m. |
| 1990 : SESSION B5: Wet Snow･Field Observation and Measuring Methods |
| Some data for the wet snow regime in Bulgaria ,Lutchian Kristev, Institute of Meteorology and Hydrology, Bulgaria |
| Distribution of new snow density in Japan ,Yutaka Yamada Nagaoka Institute of Snow and Ice, National Research Center for Disaster Prevention. Japan |
| Development and field observation of measuring system for snow accretion on overhead transmission wires ,Kazuhisa Ishida, Minoru Toyoda and Toshihiko Hanada, Kansai Electric Power Co., Inc., Yoshihisa Maeda and Ikuo Hayase, Nippon katan Chutetsusho, Ltd., Japan |
| Observation system of snow accretion on wires in Tohoku Electric Power Co., Shigeru Tosaka and Satoshi Atsumi, Tohoku Electric Power Co., Inc.. Shigeru Ibuki, Furukawa Electric Co., Ltd., Japan |
| Development of simple observation system for overhead transmission lines ,Toshiaki Nosaka, Hokuriku Electric Power Co., Inc, Japan |
| Experimental studies on characteristics of snow accumulation and accretion on a suspension bridge using reduced-scale outdoor models ,Yasuhiro Kaneka and Takahiko Uematsu, Japan Weather Association, Yoshihiri Yoneta, Hokkaido Development Bureau, Japan |
| The mechanism of snow accretion growth on conductors in relation to weather conditions in Kantoh plain ,Takashi Kamiyama and Kohmei Maruyama, Tokyo Electric Power Co., Inc., Jyun Katoh, The Furukawa Electric Co., Ltd., Hitoshi Ando, Fujikura Ltd., Kazuyuki Fujii, Sumitomo Electric Industries, Ltd., Osamu Nakamura. Hitachi Cable Ltd., Japan |
| Observation of snow accretion at Narude test line ,Yasuo Sonoi and Minoru Toyoda, kansai Electric Power Co., Inc., Jyunichi Sasaki The Furukawa Electric Co., Ltd., Japan |
| Dry type snow accretion on overhead wires-growing mechanism, meteorological condition under which it occurs and effect on power lines ,Yukichi Sakamoto, Kazuo Mizushima and Seiichi Kawanishi, Central Research Institute of Electric Power Industry, Japan Coffee Break |
| 1990 : SESSION B6 : Wet Snow-Modelizathn, Severity Evaluation and forecasting Systems |
| Derivation of extreme value loads for wet snow using a numerical model ,Karen J. Finstad, Weather Research House Inc., Canada K.A. De Jaegher, C.I. Orde and D.G. Wilson, TransAlta Utilities Corporation, Canada |
| Synthesis of field observations and practical results of the 1983-1990 "wet snow" programme of Electricite de France ,Pierre Admirat Societe d'Applications Atmospheriques, Jean-Louis Lapeyre and Bernard Dalle, Electricite de France/DER/ERMEL. France |
| The amount of icicles on overhead lines ,Lasse Makkonen. Building Materials Laboratory. Technical Research Centre of Finland, Finland. Yutaka Fujii Department of Research and Development Hokkaido Electric Power Co., Inc., Japan |
| Snow Accretion Forecasting System (SAFS) ,Teruhiko Tanaka and Yoshitsugu Ohtsubo Electric Power Development Co., Hirokazu Ohkubo, New Electric Technology Development Corp., Kunihikoo Baba Masafumi Murakami and Tatsuo Hasemi System Craft Co., Ltd., Japan |
| Forecasting wet snow loads on overhead power line based on information received from Meteorological Bureau in real time base ,Yukichi Sakamoto, Shuji Tachizaki and Kazuo Mizushma, Central Reseach Institute of Electric Power Industry, Japan |
| 1990 : SESSION B7 : Wet Snow-Countermeasures |
| Experinental Study on countermeasure for snow accretion on transmission lines , Mitsuru Yasui Tokyo Electric Power Co., Toshihiro Oka Fujikura Ltd., Taroo Mori, Suga Test Instruments Co., Ltd., Japan |
| Improvement of countermeasures for snow accretion ,Shun'ichi Asai and Akihiko Mayumi Hokkaido Electric Power Co., Inc., Gorow Wakahama, Institute of Low Temperature Science, Hokko University, Japan |
| Snow accretion resistant self-supporting optical fiber cable ,Motoyuki Suzuki Ryutaro Iwata, Yoshinori Ishihara and Eiji Hayasaka, Tohoku Electric Power Co., Inc., Toshyuki Ohmori Akira Kurasawa, Tsuyoshi Takeda and Noboru Abe, kitanihon Electric Cable Co., Ltd., Japan |
| A countermeasure for snow accumulation by method to melt snow on the transmission line conductors , Toshihiko Yamamoto and Takao Naito, Tokyo electric Power Co., Hitoshi Ando and Masahiro SameJima, Fujikura Ltd., Japan |
| Prevention of snow accretion on O.H.L. Conductor by fitting self-energizing de-snowing rings , Kazuyuki Fujii. Yuji Kimura, Norikatsu Kumamoto, Akitosh, Umeda and Masao Sanai, Sumitomo Electric Industries Ltd., Japan |
| Efficient heating control system based on snowfall probabilities for a thaw of structures covered with ice and/or snow , Noriyoshi Sugawara and Kazuo Hokari, Kitami institute of Technology, Toshio Kita and Takaaki Watanabe Mitsubishi Cable Industries, Ltd., Yasukuni Watanabe, Densei Inc. Hitoshi Sugawara, Japan Weather Association. Japan |
| ＩＷＡＩＳ文献リスト（文献名,著者名） 第1回以降、IWAISで研究発表されたもののリストを紹介致します。（2000年のものは整備中です。） *電力関係のものは和訳されたものもあります。詳しくはお問い合わせ下さい。 |
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| 6th (1993:Budapest) |
| 1993: SESSION T.METEOROLOGY |
| Estimation of icing from other meteorological parameters in Hungary_. Part I.: Connections with Macrosynophc types, P.Domonkos, J.Mika and M.Csomor. |
| Estimation of icing from other meteorological parameters. Part II.: Connections with local weather elements C.Nemes, J. Mika, T. Szentimrey, Z. Kover and M. Csomor. |
| Climatic mapping of ice loads based on airport weather observations , L. Makkonen and K. Ahti. |
| Spatial variation of extreme values in the case of freezing rain icing ,J. Laflamme. |
| Estimation of meteorological c6nditions in mountainous regions for ice accretion, N. Furuichi and S. Ibuki. |
| Observations on falling of ice from conductor of transmission line, M. Csomor and F. Rezsofi. |
| Wind speed disperse during the ice cycle load in Hungary, M. Csomor Zs. Zarbok and P. Rezsfi |
| 1993: SESSION II. MODELING |
| A Comparison of selected models for estimating cable icing, P. McComber, J. Druez and J. Laflamme. |
| Simulation of icicle growth using a 3D random walk model, K. Szilder and E.P. Lozowsky. |
| 2D and 3D modelling of ice accretion on wires, P. Porcu. E. Smargiassi and F. Prodi. |
| The effects of including aerodynamic torque in the model of snow accretion on overhead transmission Iines, G. Poots, and L. Skelton. |
| The effect of density variations in models of rime-ice accretion on overhead line conductors. L. Skelton and G. Poots. |
| Estimating icing amounts caused by freezing precipitation in Canada. T-Ch. Yip. |
| Modeling of rime icing of wind turbines. K.J. Finstad and L. Makkonen. |
| A pilot field project to evaluate icing models in Ontario, Canada S. Krishnasamy, M. Tabatai and M. Kastelein. |
| 1993: SESSION III.:MEASURING METHODS |
| Observation of ice load of transmission line in Hungary'. M. Csomor, F. Rezsofi. |
| Use and calibration of Rosemount ice detcctors for meteorlogical research . J. Claffey, K.F. Jones and Ch.C. Ryerson. |
| Wind tunnel evaluation of the Hydro-Quebec rime meter using a Rosemount sensor. J.L. Laforte, M.A. Allaire, J. Laflamme. |
| On the methodology of iceload measurements on fixed rods and overhead line conductors: a transfer function for dry rime-ice accretion. G. Poots. I. Bibby, and L. Skelton. |
| Rosemount freezing rain sensor. P. Stein. |
| 1993: SESSION W.: TRANSMISSION LINE ICING |
| Ice loads on overhead power lines in Germany and their impact on reliability and design. F. Kiessling and J. Ruhnau. |
| on reliability and design. F. Kiessling and J. Ruhnau. |
| Comparative study of wet snow models for estimating snow load ' on power lines based on general meteorological parameters. Z. Sakamoto and A. Miura. |
| A method to estimate icing loads on overhead lines. J. Pezard. |
| The effect of horizontal and torsional coupling on vertical galloping. K.F. Jones. |
| Iceload investigations on insulators and aerial warning balls for overhead lines. K. Geisert and P Teucher. |
| Study of compact 220 kV line system indicates need for micro scale meteorological information. T. McCormick and J.C. Pohlman. |
| A proposed field deployment program for monitoring icing events. E.J. Goodwin and J. C. Pohlman |
| Monitoring of snow and ice accretion on overhead line test spans . Dr. J.B. Wareing and D.A. Castle |
| Protection of overhead line conductors against mechanical overloads . Dr. L.M. Goia. |
| Development of disaster warning system due to snow accretion on power line using neural networks. K. Wakamatsu, T. Yamamoto, K. Kanemaru, Y. Ijichi, H. Kitagawa, H. Kanoh and T. Konno. |
| Wind and ice load monitoring on a test line. A.K. Haldar, M.A. Marshall and R. van Cauwenberghe. |
| Ice detector prediction of transmission line ice loads in Northwestern Iceland. Ch.C. Ryerson and A.J. Eliasson. |
| Damages of lattice stayed portals of overhead lines due to ice accretions in Serbia (Yugoslavia). Z. VuckoviC and･ S. PlaziniC. |
| Snow loads on transmission and distribution lines in Alaska. A.B. Peabody. |
| Interferential type of climate.･ reason for damages to overhead lines. B. Zadnik. J.' Jakse and J. Kern J. |
| Overhead electric line poles protection against mechanical overloads'.Dr. L.M. Goia and I. Chirita |
| Data analysis of icing measurements in Iceland A.J. Eliasson and E. Thorsteins |
| 1993: SESSIONX.:ICE COVERD INSULATORS |
| Ice accumulation characteristics on Hydro-Quebec HV Insulators. J.-F. Drapeau and M. Farzaneh, |
| Withstand voltage and fiashover performance of iced insulators depending on the density of accreted ice. N. Sugawara, K. Takayama K. Hokari, K. Yoshida, and S. Ito. |
| Insulation properties of atmospheric iced insulators installed in high mountains. N. Sugawara, K. Hokari, K. Yoshida, H Ando M Hirota and Y. Tatokoro. |
| Development of new type of silicone , rubber phase spacer . J. Kato, Y. Matsuzaki, N. Fukuda and R. Kimata. |
| Electric performance of nonceramic phase-to-phase spacers for 275 kV transmission lines. H. Ohura, T. Ito, M. Yamaoka, O. Fujii and G. Wakahama. |
| AC flashover performance of ice-coated post insulators' M. Farzaneh, J. Kiernicki and J.-F. Drapeau. |
| 1993: SESSIONY.:PRACTICAL APPLICATIONS |
| Protection of antennas on telecommunication masts and towers for atmospheric icing. U. Stottrup-Andersen. |
| Results from full scale measuring of ice and windmast in Sweden.C. Pahleson. |
| Icing-related tower failures in the VSA and FennoE. Sundin and N. Mulherin. |
| 1993: SESSION Z.:ICING DATA |
| Superstructure spray and ice accretion on a largeCutter.Ch.C. Ryerson. |
| Aircraft icing in VMC below low stratus clouds.W. Fuchs and K.-P. Schickel. |
| ＩＷＡＩＳ文献リスト（文献名,著者名） 第1回以降、IWAISで研究発表されたもののリストを紹介致します。（2000年のものは整備中です。） *電力関係のものは和訳されたものもあります。詳しくはお問い合わせ下さい。 |
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| 7th (1996:Quebec) |
| 1996: Icing Climate |
| Ice Storm Data Base and lce Severity Map, L. Shan, L. Marr, R.M. McCafferty |
| A National Climatic Reference Base for Exceptional Wet Snow and Rime lce Episodes, T. Raison, J.-C. Albertin, P. Admirat |
| Romanian Experience in Meteorological Zoning for Designing of Overhead Lines (OL's), M. L. Goia |
| The Climate of Freezing Rain over the Province of Quebec in Canada: A Preliminary Analysis, J.N. Laflamme, G. Periard |
| Freezing-Rain Reporting Capability of the Automated Surface Observing System (ASOS), A. C. Ramsay |
| Estimation of Climatic Loads for BC Hydro's Possible Future Second 500 kV Transmission Line at Mission Ridge, B. Anderson- (Without paper, see abstract page no. 451 ) |
| The Analysis of Icing on the West and Southwest Parts, of Sichuan, China, Yang Shulin- (Without paper, see abstract page no. 452) |
| 1996: Numerical and Physical Icing Models |
| A Freshwater Songy Spray Iclng Model with Surficial Structure, R. Z. Blackmore, E. P. Lozowski |
| Numerical Study of Iced Conductors Aerodynamics, A. llinca, F. llinca, L. lgnat |
| Weight-Dropping Simulation of lce-Shedding Effects on an Overhead Transmission Line Model, A. Jamaleddine, R. Beauchemin, J. Rousselet, G. McClure |
| Numerical Modelling of the Dynamic Response of Ice Shedding on Electrical Transmission Lines, M. R. Fekr, G. McClure |
| Microstructure and Mechanical Properties of Some Small Impact lce Accretions, D. W. Hammond |
| Three-Dimensional Modelling of Ice Accretion Micro Structure, Krzysztof Szilder, Edward P. Lozowski |
| 1996: Icing Tests on Insulators |
| Artificial Ice Tests for Long Insulator Strings, D. Wu, K.A.Halsan, S.M. Fikke |
| Insutators in Icing Conditions: Selection and Measures for Reliability Increasing, V. Sklenicka. J. Vokalek |
| Factors Influencing Flashover Characteristics along lce Surfaces, X. Chen, M. Farzaneh, J. Zhang |
| DC Characterisitcs of Local Arc on lce Surfaces, M. Farzaneh, J. Zhang, X. Chen |
| A Study of the Minimum Flashover Voltage of Ice-Covered Suspension Insulators, Shu Lichun, Gu Leguan, Sun Caixin |
| 1996: Meteorological Instruments and Measurements |
| Measurements of lce and Snow Loads on the Tyee Lake 138 kV Line, Alan B. Peabody |
| IEC TC11 WG11 - Report on Meteorological Data for Assessing Climatic Loads, Magnar Ervik, Svein M. Fikke |
| Field Comparison and Wind Tunnel Calibration of Two Heated Anemometers, Lasse Makkonen, Pertti Lehtonen |
| Description of the Mt-B6lair lce Load Measurements Site, J. Laflamme, A. Latour, Y. Cote - (Without paper, see abstract page no. 453) |
| Monitoring the Effects of Wind, Snow and lce on Optical Fibre Wraps and other Attachments to Overhead Line Conductors, J. B. Wareing |
| 1996: Design for Icing |
| Combined Wind and lce Loads from Historical Extreme Wind and lce Data, Samy Krishnasamy, S. Kulendran |
| Estimation of lce Accretion Weight from Field Data Obtained on Overhead Transmission Lines, Konstantin Savadjiev, Andre Latour, Alain Paradis |
| Utilization of lce and Wind Measurement Procedures for the Probabilistic Choice of Optimum Parameters of Overhead Transmission Lines, F. Popolansky, P. Brousil - (Without paper, see abstract page no. 454) |
| Wet Snow Icing Combined with Strong Wind, Arni Jon Eliasson, Ergill Thorsteins |
| Estimation of Combined Wind and lce Loads on Telecommunication Towers in Quebec, Phase l: Modeling of the lce and Wind Observations ,K. Elfashny, L. E. Chouinard, J. Laflamme |
| Ice Risk Levels - A Practical Approach to Design, U .Stottrup-Andersen |
| 1996: Icing Instruments and Site Testing |
| Application of Disaster Warning System Due to Snow Accretion on Power Lines Using Neural Networks, Hiroshi Ohta. Kensuke Saitoh, Kimiharu Kanemaru, Yoshio ljichi. Hiroaki Kitagawa, Takafumi Konno |
| Transmission Line lce Measurements with Tension Monitoring Systems, Tapani O. Seppa |
| The Icing Rate Meter, an Instrument to Evaluate Transmission Line Icing, Pierre McComber, Andre Latour, Jacques Druez, Jean Laflamme |
| Telemonitoring of Climatic Loads on Hydro-Quebec 735 kV Lines, C. Hardy, J. Brunelle, J. Chevalier. B. Manoukian, R. Villandre |
| Icing Rate Measurements: A Key Way of Estimating lce Loads on Structures, Jean N. Laflamme |
| lce Growth Patterns on Overhead Line Conductors, J. B. Wareing- (Without paper, see abstract page no. 455) |
| Experimental Research of lce Measurements Procedures in Czech Republic, F. Popolansky, J. Kruzik - (Without paper, see abstract page no. 456) |
| 1996: Meteorological Icing Models |
| Methods to Estimate lce Accumulations on Surface Structures, W. R. Schaub Jr. |
| Validation of Ice Accretion Models for Freezing Precipitation Using Field Data, A. Haldar, C. Pon, P. McComber, M.A. Marshall, M. Ishac, A.Goel, M. Kastelein |
| Modeling Power Line Icing in Freezing Precipitation, Lasse Makkonen |
| Procedure for Estimating lce Load on Overhead Wires Based on Short-Term Observation, Y. Sakamoto, A. Miura |
| 1996: Damage Analysis |
| Atmospheric Icing of Transmission Line Towers in lran, Dr. M. P. Arabani, H. E. Ashtiani, Professor G. Dragan |
| Failures of Overhead Lines Due to lce and Wet Snow in a Part of Balkan Peninsula (Serbia), Zoran Vuckovic, Slobodan Plazinic, Ilija Nikolic |
| Romanian Experience Regarding Operational Behaviour of HV OLs, Dr. L. M. Goia, Dr. Gh. Balan |
| Atmospheric icing and Tower Collapse in the U.S.: Preliminary Results, N.D. Mulherin- (Without paper, see abstract page no. 457) |
| Review of Recent Damages on Transmission Lines, J. Pohlman, J. Laflamme, A. Haldar- (Without paper, see abstract page no. 458) |
| 1996: Prevention Methods |
| Ice Storm Management On An Electrical Utility System, James W. Hall |
| The Transmission Line Icing Mechanism and Study of New De-Icing Techniques, Jiang Xingliang, Bai Yichuen, Ma Yinghao |
| State-of-the-Art on Power Line De-Icing, J.L. Laforte, M. A. Allaire, J. Laflamme |
| Modelled and Observed Operation of a Passive Melting Technology for Photov9haic Arrays, M. M. D. Ross, E. P. Usher |
| A Study of Countermeasures against Snow Accretion and Conductor Galloping on Overhead Transmission Lines, A. Ozawa, J. Kagami, H. Ando, T. Oka, M. Nakada |
| SYGIVRE, The Hydro-Quebec Real Time Icing Events Management System, R. Fortin, J. Laflamme, Y. Cote- (Without paper, see abstract page no. 459) |
| 1996: Ice Storm Analysis |
| The February 1994 Ice Storm in the Southeastern U.S., J. Neal Lott, Matthew C. Sittell |
| Surface Weather Features Associated with Freezing Precipitaion and In-Flight Aircraft Icing, Ben C. Bernstein, Marcia K. Politovich. Tiffany A. Omeron, Frank McDonough |
| Snow Loading Patterns on an Alaskan Transmission Line, K. J. Finstad, A. B. Peabody- (Without paper, see abstract page no. 460) |
| Potential Icing Forecast Compared with NOAA-14 Images, W. Fuchs, K.-P. Schickel |
| Atmospheric Ice Ablation Processes on Mt. Equinox, Vermont, USA, Charles C. Ryerson, Paul Kenyon |
| Analyses of Conductor lce Accretion and Meteorological Characteristics, Luo Ning, Wen Jifen, Zhao Cai, Tang Lei, Huang Wangang |
| Extreme Ice Storm Causes Near Total Destruction of an Overhead Transmission Line System in Mississippi, Joe Pohlman- (Without paper, see abstract page no. 461 ) |
| 1996: Conductor Galloping |
| Galloping Of Iced Electrical Transmission Lines, N. Popplewell, A. H. Shah, P. Yu, Y. Desai, P. Stumpf |
| Effect of Icing on the Dynamic Behaviour of Guyed Antenna Towers, Yohanna M. F. Wahba, Murty K. S. Madugula, Gerard R. Monforton |
| Observations of Galloping on Overhead Transmission Test Lines with Artificial Snow Accretion Models, A. Ozawa, J. Kagami, K. Takeda, T. Oka |
| Galloping Events and Associated Meteorological Condition Experienced in Hokuriku Area, T. Kasima,Y. Nishimura, Y. Sakamoto |
| A Cable Galloping Model for Thin lce Accretions, Pierre McComber, Alain Paradis |
| Fifteen Years Field Trials of Galloping Controls for Overhead Power Lines, David G. Havard |
| 1996: Insulator Icing and Network Performance |
| AC Breakdown Process of Snow Sample Simulating Capped Snow on Insulator Strings, Y. Higashiyama, K. Asano, M. Josho, H. Tachizaki |
| Leakage Resistance of Atmospheric iced Insulators and Chemical Data of Ice and Snow at Mt. Yokote, |
| N. Sugawara, K. Hokari, M. Hirota, Y. Tatokoro, H. Ando, A. Ozawa |
| Influence of Temperature on Microdischarge between Ice Particles, S. Coquillat, S. Chauzy, J.-F. Georgis |
| Effects of January 14, 1995 Ice Storm Event on Hydro-Quebec Transmission Equipment and Service Continuity, J.F. Drapeau, R. Martin - (Without paper, see abstract page no. 462) |
| Probability of Flashover Due to Decrease in Distance between Power Line Conductors Caused by lce Shedding, Konstantin Savadjiev, Masoud Farzaneh |
| The Effects of High Voltage on the Structure of lce, M. Farzaneh, J. Bouillot, Y. Teisseyre, E. C. Svensson, P. Dubouchet, R.L. Donaberger |
| 1996: Poster Presentations on Atmospheric Icing |
| Effect of Conductive lce and Pressure on Flashover Performance of Insulator Strings, Shu Lichun, Sun Caixin, Gu Leguan |
| Insulator Flashover Under Icing Conditions, M. Farzaneh, J. Kiernicki. R. Chaarani, L. Soucy, M. Chafig, J.-F. Drapeau, R. Martin - (Without paper, see abstract page no. 463) |
| Flashover on lce Surfaces, M. Farzaneh. S.Y. Li, K. D. Srivastava |
| Artificial Rime-Covering and Discharge Test of Long Insulator Strings, Fuheng Su, Yimei Jia |
| Improved Numerical Model for Wind Turbine Icing, Karen J. Finstad. Lasse Makkonen |
| Numerical Simulation of Aircraft Icing on Wings and Nacelles, M. T. Brahimi, P. Tran, F. Tezok, I. Paraschivoiu |
| Laboratory Study and Computer Simulation of the Accretion of Monodisperse Droplets on a Thin Wire, |
| F. Prodi, F. Porcu, M. Maschio, G. Santachiara |
| Study and Analysis of the Factors Having Influence on Ice Coating of Electric Wires, Wang Shouli |
| Anemometer Acquisition System with Solar Cells for Transmission Line Maintenance in Heavy Icing Area, A. Ozawa, J. Kagami, N. Sugawara, K. Hokari, M. Hirota, S. Shimizu |
| Atmospheric Icing Action on Overhead Electrical Transmission Line in Polish National Standard, E. Dembicki, P.J. Sokolowski |
| A New Transducer for Measurement of Ice Loads for Utilities, Tapani O. Seppa |
| The Significance of Landscape Reliefs for Choosing the Route of Overhead Lines with Regard to Meteorological Conditions, Z. Zalesak, P. Lehky, D. Stenickova |
| A Simple Model for Freezing Rain Ice Loads, Kathleen F. Jones |
| Energy Saving Characteristics of New Type Road Heating System, K. Hokari, N. Sugawara, T. Watanabe, H. Sugawara |
| Research Overview of Ground De/Anti-Icing Products, Bernardin, S., Laforte, J.-L., Louchez, P. |
| Problems Related to Ice Formation on the Guywires of Hydro-Qu6beo Telecommunications Towers: A Critical Review of the Literature, L. Gastonguay, G. Y. Champagne |
| Temperature-Controlled Tests on a Snow-Removal System for Photovoltaic Panels, L. Gastonguay, G. Y. Champagne, B. Bergevin, P. Hosatte, N. Vallieres |
| The Process of lce Accretion on H.V. Equipment, M. Farzaneh, K. Marceau - (Without paper, see abstract page no. 464) |
| Ice Failures Investigation and Analysis of Transmission Lines in the Three Gorges District, Jiang Xingliang, Zhang Lihua, Wang Yuejun - (Without paper, see abstract page no. 465) |
| In-Cloud Icing of Yawed Wires, Kerry J. Claffey, Charles C. Ryerson - (Without paper, see abstract page no. 466) |
| Measurements of Simulated lce-Shedding Effects on a Reduced-Scale Model of Overhead Transmission Line, Pierre Gilbeault, Michel Langlois. Ghyslaine McClure, Masoud Roshan Fekr- (Without paper, see abstract page no. 467) |
| Experience and Analysis of Galloping Phenomenon in Overhead Transmission Lines in lran, Javahermanesh |
| Introduction of Two-Metal Earth Wires in Additional Load Conditions - Reason for Damage, J. Jakse, J. Kern |
| Determination of the Maximum Withstand Voltage of a Sphere Gap under Freezing Fog Conditions, M. Farzaneh, J. Kiernicki, E. Kutlu, R. Dub6 - (Without paper, see abstract page no. 468) |
| Probability of Combined Occurrence and Correlation between Ice and Wind-on-Ice Loads on Overhead Power Lines, K. Savadjiev, M. Farzaneh - (Without paper, see abstract page no. 469) |
| A Comparison between Two Probabilistic Models of lce Accretion on Ovehead Power Line Conductors Based on Ice Weight and Ice Thickness, K. Savadjiev, M. Farzaneh - (Without paper, see abstract page no. 470) |
| ＩＷＡＩＳ文献リスト（文献名,著者名） 第1回以降、IWAISで研究発表されたもののリストを紹介致します。（2000年のものは整備中です。） *電力関係のものは和訳されたものもあります。詳しくはお問い合わせ下さい。 |
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| 8th (1998:Reykjavik) |
| 1998: DESIGN FOR ICING AND FIELD EXPERIENCE |
| Prediction of lce/Wet-Snow Loads on Transmission Line Conductors Along Eastern Corridor in Southern Norway ,Samy Krishnasamy, Svein Fikke |
| Investigation of Transmission Line Failure due to lce Shedding Effects using Dynamic Analysis ,M. Roshan Fekr, G. McClure, D. Hartmann |
| Atmospheric Icing of Communication Towers and Masts from the Perspective of a Design Engineer ,D.G. Marshall |
| Probabilistic Modeling of lce and Wind effects on Electric Transmission line structures ,Jonas por Sneobjornsson, Ragnar Sigbjornsson |
| HV Overhead Line Design for Severe Weather Environment ,Steve Horsman, J. B. Wareing |
| Failure Mechanisms in Wood poles under Severe Conductor Ice Loading ,J.B. Wareing, R.H. Bracey |
| Evaluation of Rural Underground Cable Projects using Icing Database ,Thorhallur Hjartarson, Arni Jon Eliasson |
| Determining Alarm Levels for Unbalanced Snow Load Warnings on the Anchorage-Fairbanks Transmission Intertie ,A. B. Peabody |
| 1998: ICING ON AIRCI,AFTS AND VESSELS |
| Forecast of Marine Icing on Vessels ,Sylvi Vefsnmo. Arne Lothe. Gisli Viggosson |
| Experimental study of Large Droplet Aircraft Icing in a small wind tunnel ,R. Henry, S. Le Berre. F. Herry |
| Supercooled Large Drops and Aircraft Icing Results from Research Flights in Germany. March 1997 ,T Hauf･ F Schrodder |
| Toward Developing a Standard Shear Test for lce Adhesion ,Nathan D. Mulherin, Robert B. Haehnel, Kathleen F Jones |
| Remote Sensing of Aircraft Icing Cloud ,Charles C. Ryerson |
| 1998: NUMERICAL AND PNVSICAL MODELS |
| Mass of Ice Accretion from Freezing Rain Simulations ,M.L. Lu, N. Popplewell, A.H. Shah, W.Barrett, A. Au |
| Experiment of Snow Accretion and Geometrical Analysis of the Shape ,T Yukino, Y. Hase, M. Matsuda, H. Nishimura, M. Imaizumi |
| A Neural Network System to Estimate Transmission Line Icing ,P. McComber, J, de Lafontaine, J. Laflamme, J. Druez; A. Paradis |
| A Unified Numerical Model of Wet Snow Accretion on Vertical Cylinders and Frazil Icing on Trash Racks ,I. Horjen |
| 1998:NIEASURING METHODS AND ACQUISITION OF DATA |
| An Improved Real-Time Ground Atmospheric Icing Measurement System ,J.L. Laforte, J. Lafamme . |
| Correlation between the Data of an lce Detector and the Mass of lce accreted on Different Conductors ,J. Druez P. McComber, M. Farzaneh |
| lce Accretion Measurements from the Automated Surface Observing System (ASOS) ,Allan C. Ramsay, Charles C. Ryerson |
| Anchorage-Fairbanks Intertie Snow Load Monitoring System ,P.J. Stein A. Bahlavouni. D. W Andersen. M.R. Birmann. D. LaRue, A.B. Peabody |
| Energy Saving Methods of Anemometer with Solar Cells for Transmission Line Maintenance in Ice and Snow Area ,N. Sugawara, K. Hokari. J. Kagami. M. Hirota, M. Kijima, Y Tatokoro |
| Comparison of Heated Anemometers Part II: a 3-D Sonic Anemometer ,P Lehtonen, L Makkonen |
| A new Severe Weather test site in the Shetland Isles ,J.B.Wareing |
| 1998: METEOROLOGICAL ICING NIODELS |
| Using U.S. Weather Data for Modeling Ice Loads from Freezing Rain ,J.Neal Lott. Kahleen F Jones |
| Comparison of Modeled lce Loads in Freezing Rain Storms with Damage Information Kathleen F Jones |
| Wet Snow Icing and Local Winds ,Haraldur Olafsson, Arni J. Eliasson, Trausti Jonsson |
| The Evaluation and Interpretation of a Numerical Weather Prediction based Freezing Rain Archive ,E.J. Hewitt |
| Forecast of Icing of Structures by use of Boundary Layer Model Products ,W Fuchs, M. Lutkebohmert. K. -P. Sckichel |
| Aspects of a Model for Wet-Snow Accretion on an Overhead Line Conductor ,G. Poots |
| 1998: INSULATOR ICING |
| Behavior of DC Arc on lce Surfaces ,M. Farzaneh, J. Zhang |
| Electrical Breakdown of Heavily Polluted Capped Snow on Insulators Strings ,Y. Higashiyama, T. Sugimoto, K. Asano, M. Johsho, S. Tachizaki |
| The Performance of Vertically Installed insulator strings under lce and Snow Conditions ,D. Wu. Ralf Hartings, S.M. Fikke |
| DC Flashover on Ice Surfaces at Low Atmospheric Pressure,M. Farzaneh, Y.Li, J. Zhang |
| 1998: PREVENTION METHODS |
| An Up-date on Overhead Cable De-Icing Technology ,J.L. Lafone. M.A. Allaire, Jean Laflamme, Pierre Beaudoin |
| Development of New Snow-Melting Magnetic Wire for Overhead Transmission Lines ,Hisayoshi Hase, Masakazu Matsui, Kazuhiro Nakamura, Hideyuki Okada |
| Overhead Lines De-Icing Methods ,M.L. Goia, C. V Goia |
| 1998: ICING CLIMATE |
| Icing Database - Acquisition and Registration of Data ,Sigurjon Pall Isaksson, Arni Jon Eliasson, Egill Thorsteins |
| Experimental Panel to Study the Influence of Combined Mechanical Loads on overhead lines ,M.L. Goia, G. Gheorghita |
| Observation of Icing by Tension Recorders - Comparison of Conductors ,Egill Thorsteins, Arni Jon Eliasson |
| Observations of Ice Load and Galloping on a Full Scale 500 kV test line ,T Nojima, M. Shimizu, T Nosaka, Y Shibata |
| Observation of Icing on Mt. Takaishi Test Line ,T. Takebe, M. Fukazawa, S. Kiuchi, Y.Kojima, T.Oka |
| Study on Transmission Lines' Icing Performance and its Parameters in the Three Gorges District ,Xingliang Jiang, Lihua Zhang, Shixing Yang, Jingping Mei |
| Statistical Analysis of lce Observations in Quebec, Canada ,K.N.G. EIFashny, V.T.V Nguyen, L.E. Chouinard, J.N. Laflamme |
| Spatial Analysis of lce Observations in Quebec, Canada ,K.N.G. EIFashny, L.E. Chouinard, V.T.V Nguyen, J.N. Laflamme |
| Ice Load Measurements in Test Spans in Iceland - Statistical Analysis of Data ,Egill Thorsteins, Arni Jon Eliasson |
| 1998: CONDUCTOR GALLOPING |
| Overhead Line Galloping. Field experience during one event in Belgium on last February 13th, 1997 |
| J.L Lilien, M. Erpicum, M. Wolfs ,The Interaction of Wind with the lce-Covered Structural Elements |
| M.I. Kazakevitch, I. Y Grafsky, A.G. Vasilenko |
| Effect of Spiral-Rods as a Galloping Prevention Device ,Yutako Ikegawa, Manabu Sakata, Hiroshi Kubokowa, Kozo Takeda, Yukichi Sakamoto |
| Evaluation of Galloping of Transmission Lines in Gusty Winds ,Takeshi Ohkuma. Jun Kagami, Hitosi Nakauti, Takehiko Kikuchi, Kozo Takeda. Hisao Marukawa |
| Analysis of Galloping Conductor Field Data ,D. G. Havard |
| 1998: POSTER PRESENTATIONS |
| Comparisons between Experiments and Calculations of the Electrical Behaviour of Ice-covered |
| High Voltage Insulators ,K. Kannus, K.Lahti, K.Nousiainen |
| Visibility as an Indicator of Snowfall Concentration in Wet Snow Accretion Modelling ,Karen J. Finstnd |
| The Influence of the Diameter of Overhead Line Conductors and Stranded Cables on the Shape and Magnitude of Icing ,P Lehky, Z: Zalesak |
| An Investigation of the Feasibility of Predicting Icing Episodes using Numerical Weather Prediction Model Output ,T. Vassbo. J.E. Kristjansson, S.M. Fikke, L Makkonen |
| 1998: ABSTRACTS OF SHORT PRESENTATIONS |
| Combined Wind and lce Loads - a Practical Approach in Slovenia and Croatia ,J. Jakse, J. Kern, P. Pavlovic, G. Mirosevic |
| Real Tune Monitoring of Icing Events ,J.N. Laflamme, Y Cote. R. Fortin |
| Ice Accretion on Complex Three-Dimensional Objects: Modelling vs. Experiments ,Krzysztof Szilder. Edward P Lozowski, Noriyoshi Sugawara |
| Experience on the ISO reference lce Collector ,P Lehtonen |
| Development of a Snow Accretion Forecasting System ,M. Sakata, Y Ikegawa, I. Okn |
| Persistence of lce Deposits on Cables and Conductors ,J.N. Laflamme |
| Galloping Occurrence in a Freezing Rain Storm on January 5th 1997 ,Pierre McComber, Jean-Francois Drapeau |
| Galloping and Aeolian Vlbrations Observations on a Full-Scale Test Line fitted with Artificial Ice Shape ,Pierre Van Dyke |
| Field Observation of 'in-cloud' icing on a test transmission line ,Asim Haldar. Yenumula VS.N. Prasad |
| Analysis of Hydro-Quebec Transmission Line outages in relation to lce and Snow Storms ,Jean-Francois Drapeau |
| ＩＷＡＩＳ文献リスト（文献名,著者名） 第1回以降、IWAISで研究発表されたもののリストを紹介致します。（2000年のものは整備中です。） *電力関係のものは和訳されたものもあります。詳しくはお問い合わせ下さい。 |
| ページtopへ /文献紹介menuへ |