Proceedings of IWAIS 2011 - Chongqing, China

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TABLE OF CONTENTS

Keynote Speeches

• K1: Investigations on Icing Performance and De/Anti-icing Methods of Overhead Transmission Lines Based on Observations at Xuefeng Mountain Natural Icing Station
  Prof. Jiang Xingliang, College of Electrical Engineering, Chongqing University, China
• K2: Progress Report on IEEE Standards and CIGRE Activities with Respect to Icing of Overhead Lines
  Prof. Masoud Farzaneh, University of Quebec at Chicoutimi, Canada
• K3: Cross-fertilizing the Technologies of Atmospheric Icing on Structures and In-flight Structural Icing
  Prof. W.G. Habashi, McGill University, Montréal, Canada

Oral Session A1

• A1_1_ID83: Incorrect Wind Measurement Due to Icing on Heated Ultrasonic Anemometer
  Shigeo Kimura, Hiroshi Morikawa, Takeshi Sato,Yoichi Yamagishi and Tetsuya Kojima, Japan
• A1_2_ID4: Study on Diameter Correction Coefficient of the Icing Thickness of the Conductors
  Jiang Xingliang, Chao Yafeng, Bi Maoqiang, Chen Ling, Zhang Zhijin and Shu Lichun, China
• A1_3_ID25: WIRE: Weather Intelligence for Renewable Energies
  Alain Heimo, René Cattin and Bertrand Calpini,Switzerland
• A1_4_ID139: Transmission Lines Malfunction Imbalance Tension Trend Monit -oring and Tilt Monitoring Device of Research
  Lu Jiazheng, Luo Jing, Zhang Hongxian, Li Bo, Fang Zhen, China
• A1_5_ID158: Relevance of ISO Ice Classes to Tower Structures
  Lasse Makkonen, Pertti Lehtonen and Mika Hirviniemi, Finland
• A1_6 : Ice Accidents and Anti/De-icing Measures in China Southern Grid, China
  China Southern Power Grid, China

Oral Session B1

• B1_1_ID89: Towards a High-resolution Icing Climatology In Sweden
  Esbjörn Olsson, Per Undén, Ulf Andrae, Hans Bergström, Petra Thorsson and Stefan Söderberg, Sweden
• B1_2_ID82: Simulation Analysis of Bundled Conductors and Spacer-dampers in a Typical 500kV Transmission Line during DC Ice-melting
  Li Weiguo,Hao Yanpeng and Xiong Guokun, China
• B1_3_ID106: Sweden's Bold Activities in Measurements and Mapping of Icing and De-icing of Wind Turbines
  Goran Per Rune Ronsten, Sweden
• B1_4_ID156: Optimum Return Period of an Overhead Line Considering Reliability, Security and Availability with Respect to Extreme Icing Events
  Asim Haldar, Canada
• B1_5_ID161: A UK Probabilistic Wind/Ice Map
  Brian Wareing and Svein M Fikke, UK

Oral Session C1

• C1_1_ID9: Comparative Performance of Conventional 220kV Insulator Strings and Multi-Chamber Insulator Arresters Strings Under Specific Ice Conditions of Russia
  Igor Gutman and Georgij Porporkin, Sweden
• C1_2_ID48: Comparative Study on Icing State and AC Flashover Performance between Composite Insulators under Energized and Non-energized Icing Condition
  Hu Qin, Wang Xiaofeng , Shu Lichun, Jiang Xingliang and Li Te, China
• C1_3_ID101: Icing Flashover Characteristics of Insulators Strings with Different Alternating Sheds
  Su Huafeng, Li Zhining, Jia Zhidong, Guan Zhicheng, Li Licheng, Zhou Jun, Gao Haifeng China
• C1_4_ID12: Comparison of DC Icing Flashover Performances for Pre-polluted Short Samples of Composite Insulators with Different Configuration in High Altitude Area
  Jiang Xingliang, Muhammad Tariq Nazir, Chao Yafeng, Chen Ling, Zhang Zhijin and Sun Caixin, China
• C1_5_ID154: Influence of Ice Thickness on DC Flashover Voltage of Ice Covered Insulation String
  Li Qingfeng, Li Xudong, Gao Haifeng, An shan and Tong Yuliang, China
• C1_6 Introduction of Power Grid Design in Icing Areas (having made an appointment)
  Southwest Electric Power Design Institute, China

Oral Session A2

• A2_1_ID88: Validation of Icing Measurements
  P. Thorsson, S. Söderberg and H. Bergström, Sweden
• A2_2_ID73: A New Method for Measuring Vertical Ice Adhesion Strength
  Wang Guogang, Mu Jingjing, Zhou Hongwei and Liu Zhenqiang, China
• A2_3_ID149: LAPS-LOWICE: A Real-time System for the Assessment of Near-surface Icing Conditions
  Ben C. Bernstein, Ian Wittmeyer, Erik Gregow and Jarkko Hirvonen, USA
• A2_4_ID111: Expert System of Icing and Anti-icing on Wires in Freezing Rain
  Liu Heyun , Gu Xiaosong and Wang Hanqing, China
• A2_5_ID211: The Mechanical Model of Overhead Transmission Lines and a Novel Iteration Algorithm for the Icing Monitoring via Fiber Optic Sensors
  Cao Yongxing, Zhang Ran, Xue Zhihang, Zhang Changhua(IEEE Member) and Huang Qi(IEEE Senior Member),China
• A2_6_ID131: Integrated Anti-fog Monitoring Methods of Power Transmission Line Ice Covering
  Lu Jiazheng, Xu Xunjian, Luo Jing, Zhang Hongxian, Li Bo and Fang Zhen, China

Oral Session B2

• B2_1_ID90: The WOLF System: Forecasting Wet-snow Loads On Power Lines in Italy
  Matteo Lacavalla, Paolo Bonelli, Gilberto Mariani, Pietro Marcacci and Giuseppe Stella, Italy
• B2_2_ID229: Study on Characteristics of Atmospheric Layer’s Temperature Change in the Sleet Weather Process in 2008
  Wan Xiecheng, Liu Tiantian, Liao Chunhua and Xiao Sheng, China
• B2_3_ID107: Climatic Loads Assessment for OHL Design Using Ice-load Maps
  Sergey Chereshniuk, Larisa Timashova and Vladimir Lugovoi, Russia
• B2_4_ID157: A Predictive Indicator of Icing Damage Risk
  Petr Musilek,Afsaneh Esteki and Edward Lozowski, Canada
• B2_5_ID163: A Computational Aeroelastic Approach to Predict Galloping of Iced Conductors with Three Degrees of Freedom
  Amir Borna, Wagdi G. Habashi, Siva K. Nadarajah and Ghyslaine McClure, Canada

Oral Session C2

• C2_1_ID26: Development of Flashover Voltage Test Method for Snow Accreted Insulators -Preliminary Test with 33kV Class Insulator Samples
  Hiroya Homma, Kohei Yaji, Gaku Sakata and Teruo Aso, Japan
• C2_2_ID59: Flashover Performance of 330kV Ice-covered Composite Insulators of Different Shed Profiles
  Hu Jianlin, Xie Xiuyu, Jiang Xingliang, Shang Yu, Tan Zhihong and Sun Caixin, China
• C2_3_ID186: DC Flashover Performance of Insulators under Icing Conditions
  S. Taheri, M. Farzaneh, C. Potvin and I. Fofana, Canada
• C2_4_ID119: Icing Flashover Characteristics of EHV Transmission Line Insulators under Sever Icing
  Chen Yong, Shi Yan,Wan Qifa, Xu Zuoming, Xu Tao, Yao Tao and Ma Shaoshi, China
• C2_5_ID155: DC Flashover Performance of Iced Insulator Strings with Insulator Variety Structures
  Gao Haifeng, Li Qingfeng, An Shan, Li Xudong and Tong Yuliang, China

Oral Session A3

• A3_1_ID61: Evaluation of Snow Accretion Properties of Insulators by Field Observation and Artificial Test-focusing on Packed and Wet Snow Condition
  Kohei Yaji, Hiroya Homma, Gaku Sakata and Akira Takahashi, Japan
• A3_2_ID51: Research on the Calculation of Deviation Angle of Icicle Build-up on Insulators and Its Influential Factor
  Shu Lichun, Yang Zhangang, Jiang Xingliang, Hu Qin and Fan Xuehai, China
• A3_3_ID162: Icing Measurements at Deadwater Fell Test Site
  Brian Wareing, UK
• A3_4_ID117: An Experimental Study of the Icing Process within Small Water Droplets Impinging onto a Frozen Cold Plate
  Jin Zheyan and Hu Hui, China
• A3_5_ID176: Simulations vs. Observations of Supercooled Cloud Liquid Water at Ground Level; Sensitivity to Model Resolution and Cloud Microphysics Parameterizations
  Bjørn Egil K. Nygaard, Jón Egill Kristjánsson and Lasse Makkonen, Norway

Oral Session B3

• B3_1_ID57: Sea Spray Icing Profiles on Fixed Offshore Structures
  Kathleen F. Jones, USA
• B3_2_ID47: Prediction Model for Power Transmission Line Icing Load Based on Data-driven
  Li Peng, Li Ning , Li Qimao , Cao Min and Chen Huoxing, China
• B3_3_ID70: Numerical Simulation on the Ice-melting Process for High-current Wires
  Liu Chun, Xie Yi, Lu Jiazheng and Jiang Zhenglong, China
• B3_4_ID150: A Correction Method for CRREL Model to Estimate Ice-covered Value on Conductors
  Zhu Kunjun, Liu Bin and Li Xinyu, China
• B3_5_ID182: A Semi-empirical Icing Model for Energized Conductors
  M. L. Lu and N. Popplewell, Canada

Oral Session C3

• C3_1_ID67: The Method and Test of De-icing on Four Bundled-conductors by Leading Running Current into Various Sub-conductor Combinations
  Zhang Zhijin,Bi Maoqiang, Jiang Xingliang,Huang Haizhou,Hu Jianlin and Sun Caixin, China
• C3_2_ID5: Comparison between AC and DC Short-circuit-current Ice-melting Methods
  Liang Liqing, Zhou Yazi, Zhang Jiwu , Xiao En and Zhao Shihua, China
• C3_3_ID160: Some Solutions for Icing Prevention
  M.L.Goia and L.Niculae, Romania
• C3_4_ID132: Research and Application of New AC/DC De-icing Devices in Hunan Power Grid
  Tan Yanjun, Lu Jiazheng, Li Bo, Fang Zhen and Zhang Hongxian, China
• C3_5_ID147: Modeling and On-site Experiments of Shunt Capacitor Compensation Method for Deicing of 66KV Power Line
  Liu Gang, Zhao Xuezeng, Matti Lehtonen, Merkebu Degefa, Chen Yonghui, Jiang Shijin, Sun Lei, Liu Zijun and Liang Yan, China

Oral Session A4

• A4_1_ID170: Technological Developments for the Study of Guy Cable Damage Induced By Atmospheric Icing on High Voltage Transmission Lines
  D. Gagnon, G. Roberge, X. Zhang and G. McClure, Canada
• A4_2_ID114: Observational Studies of Hunan Transmission Line Icing at Microtopography and Micrometeorological
  Lu Jiazheng, Lin Biyan, Zhang Hongxian , Li Bo, Fang Zhen and Yang Li, China
• A4_3_ID180: Comparison of Visibility Observations at a Meteorological Tower to Cloud Base Height Observations from Nearby Weather Stations
  Jarkko Hirvonen, Ben C. Bernstein, Knut Harstveit, Ian Wittmeyer, Erik Gregow, Harri Portin and Ari Leskinen, Finland
• A4_4_ID203: Shape Characteristic of Iced Conductor
  Fan Songhai, Liu Ping, Li Jing and Jiang Xingliang, China
• A4_5_ID231: Comparison between Simulations and Measurements of In-cloud Icing in Test Spans
  Árni Jón Elíasson, Egill Thorsteins, Hálfdán Ágústsson and Ólafur Rögnvaldsson, Iceland

Oral Session B4

• B4_1_ID63: Sea Spray Icing: In-cloud Evaporation. Semi-Analytical and Numerical Investigations
  Anton Kulyakhtin and Sveinung Løset, Norway
• B4_2_ID103: Wind Tunnel Tests and Numerical Simulations on the Performance Effects of Icing on Wind Turbine Blade
  Li Yan, Feng Fang, Kotaro Tagawa and Tian Wenqiang, China
  B4_3_ID177: Experimental Study of the Influence of the Type of Material, Roughness and Temperature on Ice Adhesion
  Zahira Ghalmi, Richard Menini and Masoud Farzaneh, Canada
• B4_4_ID159: The Regression Model of Transmission Line Icing Based on Neural Networks
  Sun Muxia, Dai Dong, Hao Yanpeng and Huang Xiaoting, China
• B4_5_ID207: Numerical Simulation of De-icing and Ice Shedding on Multilayered Structures
  Meng Fanxin, Ma Hui, Zhang Dalin and Chen Weijian, China

Oral Session C4

• C4_1_ID116: A Novel Composite Insulator with Lightning Protection and Icing Flashover Prevention
  Zhao Chun, Lu Jiazheng, Zheng Zhe, Jiang Zhenglong, Fang Zhen, Li Bo and Xie Pengkang, China
• C4_2_ID118: Effect of Composite Assistant Shed on the Flashover Performance of Ice-covered Station Post Insulators
  Xu Tao, Xu Zuoming, Wan Qifa, Chen Yong, Liu Yunpeng, Yao Tao and Shi Yan, China
• C4_3_ID209: Conditions for Installation of Snow Accretion Countermeasures On Road Information Signs
  O.Sakase, H.Matsushita and M.Matsuzawa, Japan
• C4_4_ID143: Current State and Prospect of Study on De-icing of Power Transmission Lines Using Mechanical Devices
  Yang Jialun, Zhu Kuanjun and Liu Bin, China
• C4_5_ ID213: The Method and Implementation of Icing and De-icing at Xuefeng Mountain Natural Icing Station
  Zhang Zhijin, Jiang Xingliang, Huang Haizhou, Hu Jianlin and Sun Caixin, China

Poster Session #1

• P1_01_ID8: Comparative Performance of Silicone Rubber and Porcelain Hollow Insulators under Specific Ice and Salt Fog Conditions of Iceland
  Igor Gutman, Johan Lundengård, Nils Gustavsson and Anne Bosma, Sweden
• P1_02_ID30: Calculation Method of Maximum Conductor Temperature and Maximum Allowable Current in Transmission Line Ice-melting With Short-circuit
  Bai Yunqing, Mo Wenqiang, Wu Bin, Zhou Shu and Liu Yu, China
• P1_03_ID50: Using Fitting Slope Method Predicting Icing Parameters Based on Ice Mass of Rotating Multi-conductors
  Shen Qiang, Jiang Xingliang, Liu Chonghan, Kuang Jun and Dong Lina, China
• P1_04_ID55: WRF Atmospheric Icing Validation for Mount Zao, Japan, during 19-29 April 2009
  Evgeny A. Podolskiy and Bjørn Egil K. Nygaard, Japan
• P1_05_ID58: Study on the Characteristics of Aerosol for Glaze Icing Manual Intervention
  Song Tinglu, Li Xiaodong, Guo Xiaoyan, Yang Rongjie and Zhang Haoming, China
• P1_06_ID64: Experimental Study on the Convection Heat Transfer of Air across Wires in the Icing Environmental Conditions
  Zhang Zhanen, Liu Heyun, Li Yan and Gu Xiaosong, China
• P1_07_ID66: Experimental Study on the Collection Coefficient of Power Line Icing
  Li Yan, Liu Heyun, Zhang Zhanen and Gu Xiaosong, China
• P1_08_ID93: In-cloud Icing Simulation with GEM-LAM Model
  Yang Jing, Kathleen F. Jones, Yu Wei and Robert Morris, Canada
• P1_09_ID71: Calculation Study on Ice-melting Implementation Strategy of Transmission Lines
  Liu Chun, Xie Yi, Lu Jiazheng and Jiang Zhenglong, China
• P1_10_ID76: Study of Snowdrift around Buildings of Antarctica Using Numerical Analysis
  Y. Yamagishi, S. Kimura, K. Ishizawa, M. Kikuchi, H. Morikawa and T. Kojima, Japan
• P1_11_ID77: Variations of Meteofological Factors Concerning Ice and Comprehensive Assessment in Southwest
  Zhao Xiaomeng and Li Dongliang, China
• P1_12_ID81: An Experimental Device Used to Measure Ice Nucleation Property of Pyrotechnics Formula
  Zhang Haoming, Song Tinglu, Guo Xiaoyan, Li Xiaodong and Yang Rongjie, China
• P1_13_ID110: Analyze on the Ice-covering Recurrence Interval of Power Grid Based on PSO Optimization
  Yang Li, Zhang Hongxian, Lu Jiazheng, Li Bo and Jiang Zhenglong, China
• P1_14_ID120: The Research of Icing Magnitude of Transmission Lines in Mountainous Region
  Jin Xipin, China
• P1_15_ID121: Analysis of Design Ice Thickness Value in Erlang Mountain
  Wu Guoqiang, China
• P1_16_ID122: Icing Observation and Analysis of the ±800kV Ultra High Voltage Direct Current
  Huang Zhizhou, China
• P1_17_ID124: Ice Structure Analysis of the Erlang Mountain
  Tan Rong, China
• P1_18_ID80: On-line Monitoring System of Ice-covered Overhead Transmission Line Based on Mechanical and Inclination Angle Measurement
  Sheng Gehao, Wang Kui, He Zhimin, Liu Yadong and Jiang Xiuchen, China
• P1_19_ID141: The Design Principle of Anti-icing Insulator Based on Switch Effect and Gradual Change of Bushing Surface Resistivity
  Deng Yu, Wei Xiaoxing, Su Huafeng, Xu Zhihai, Jia Zhidong and Guan Zhicheng, China
• P1_20_ID145: Summarization of On-line Icing-monitoring Methods of Transmission Lines
  Min Jianfeng and Hao Yanpeng, China
• P1_21_ID166: Roughness Characteristics in Aufeis Morphology
  Kazuto Ueno and Masoud Farzaneh, Canada
• P1_22_ID167: Convective Heat Transfer Coefficient in Air/Liquid-water/Ice/Solid-wall Multi-phase System
  Kazuto Ueno and Masoud Farzaneh, Canada
• P1_23_ID188: The Ice Monitoring Technology of Transmission Lines
  He Qing, Wang Tao, Jin Tao, Ruan Ling and Deng Wanting, China
• P1_24_ID190: Icing Monitoring Technology of Transmission Lines
  He Qing, Wang Tao, Jin Tao, Ruan Lin and Deng Wanting, China
• P1_25_ID192: Pre-failure Diagnosis of Substation Electrical Equipment under Icing Condition and Preventive Techniques
  Wang Tao, Ruan Ling, Deng Wanting, Zhu Changcheng and Wang Yongqin, China
• P1_26_ID193: Anti-icing and Disaster-mitigating Coping Strategies for Hubei Power Grid
  Wang Tao, Jin Tao, Liu Xingsheng, Ruan Ling and Lei Qingsheng, China
• P1_27_ID194: Introduction of Anti-icing and Mitigation Researches Done by CEATI
  Wang Ruizhen, Jin Tao and Wang Tao, China
• P1_28_ID199: Icing Features of Wire in Chongqing Region
  Li Yajun, Mo Wenqiang, Wang Haoyu, Du Zhen and Jiang Xingliang, China
• P1_29_ID200: EHV Transmission Line Icing Analysis and Countermeasures Research
  Zhao Xuesong, Chen Fangdong, Zhang Jifei, Chen Hua, Zhang Haijun, Zheng Jiangang, Guo Xinyang, Li Ning, China
• P1_30_ID226: Experimental Study of Flow Characteristics around a Circular Cylinder with Different Ice Profiles
  H. Banitalebi Dehkordi, M. Farzaneh and P. Van Dyke, Canada
• P1_31_ ID195: Anti-ice Shedding Technology of Transmission Line
  Zhu Changcheng, Wang Tao and He Qing, China
• P1_32_ID219: Experimental Study of Spray Characteristics and Its Uniformity under Different Icing Conditions
  Hamid Banitalebi Dehkordi, Masoud Farzaneh, Laszlo E. Kollar and Pierre Van Dyke, Canada
• P1_33_ID222: Reliability Investigation of Fiber Bragg Grating Sensors Used in Icing Monitoring of Overhead Power Lines
  Luo Yingting, Ma Guoming, Li Chengrong, Jiang Jian and Cheng Yangchun, China
• P1_34_ ID227: A Comparison of Wind and Ice Loads for the Design of Transmission Lines
  Seyedeh Nasim Rezaei and Luc Chouinard, Canada
• P1_35_ID 228: Survey and Analysis of Flashover Accidents on Icing Insulators in EHV Transmission Lines in China
  Ma Jun, Zha Qinhua, Luo Enyi, Sun Yujiang and MoWenqiang, China
• P1_36_ID230: Application of the Composite Insulator with the Optic Fiber Sensors in Icing-monitoring of Overhead Transmission Lines
  Meng Gang, Cai Wei, Chen Yong, Chen Xiaoyue, Fan Xilai and Xiong Peng, China
• P1_37_ID232: Study of On-line Icing Monitoring System and Typical Case Analysis of Guangdong Power Grid
  Wu Ya, China
• P1_38_ID17: The Calculation of Electric Field along the Surface of 1100kV Station Post Insulator under Impulse Voltage Based on ANSYS
  Yin Fanghui, Jiang Xingliang, Hu Jianlin, Xia Yunfeng and Dong BingBing, China

Poster Session #2

• P2_01_ID3: Study on Imbalance Tensile Forces with Tower for Non-contemporaneous Ice Shedding
  Tan Zhihong, Jiang Xingliang, Dong Bingbing, Sun Caixin and Hu Jianlin, China
• P2_02_ID49: The Electric Field and Potential Distribution of Composite Insulator with Series Connection of Glass Insulator
  Jiang Chilong, Sima Wenxia, Deng Jiazhuo, Yang Qing and Yuan Tao, China
• P2_03_ID52: Validation of the Equivalent Effect of Pollution Simulation Methods on DC Icing Flashover Voltage of Insulators
  Jiang Xingliang, Chen Ling, Zhang Zhijin and Hu Jianlin, China
• P2_04_ID53: Influence of Test Methods on DC Flashover Performance of Ice-covered Composite Insulators
  Bi Maoqiang, Jiang Xingliang, Zhou Fangrong, Chen Ling, Chao Yafeng, Lan Qiang and Muhammad Tariq Nazir, China
• P2_05_ID72: Comparative Analysis on Thermal Efficiency in AC/DC-Based De-icing
  Liu Chun, Xie Yi, Lu Jiazheng and Jiang Zhenglong, China
• P2_06_ID79: The Anti-icy Effect on Insulators Based on the Hydrophobicity and Heating Effect of Semiconductive RTV Coating
  Yan Li, Zhenting Sun, Zhidong Jia, Yuming Zhao, Xiaolin Li, China
• P2_07_ID91: New Results on the Anti-icing Performance of LC-Spiral Rods
  André Leblond, Noriyoshi Sugawara, Yuji Asano, Masanori Isozaki, Canada
• P2_08_ID96: Research on Catenary Anti-icing (Ice-melting) Technology in High-speed Railway
  Gong Yansheng, Huang Wenxun, Wang Jilai and Wang Qiang, China
• P2_09_ID184: Time-dependent Hydrophobioc and Ice-releasing Properties of Different Flat Alkyl-terminated Coatings on AA6061
  S. Farhadi, M. Farzaneh, S.A. Kulinich and J.M. Asselin, Canada
• P2_10_ID100: Determination of Ice Adhesion and Ice Properties in Order to Determine Ice Shedding Procedure of Coating Systems
  Haseeb Shah, Eduardo Piles Moncholi, Ji Honghu and David W. Hammond, UK
• P2_11_ID185: Leakage Current Simulation of a Pre-contaminated Insulator Covered with Snow
  S. Taheri, M. Farzaneh, B.M. Mirzaei and I. Fofana, Canada
• P2_12_ID126: Utility Hybrid Overhead Ground Wire for Ice Melting with High Voltage and Large Current
  Lu Jiazheng, Zhao Chun, Li Bo, Fang Zhen, Zhang Hongxian, Xu Xunjian and Li Xiaochun, China
• P2_13_ID128: Study on Variation of Melting Water Conductivity during Melting Period
  Liu Bo, Yu Xinzhe, Zhou Jun and Xu Yueneng, China
• P2_14_ID133: Research of De-icing Method and Device Based on 12-Pulse Rectification for 500kV Transmission Lines
  Zhang Yun, Lu Jiazheng, Tan Yanjun and Li Bo, China
• P2_15_ID146: Experimental Researches on Prevention of Ice Coating Galloping Using Small-scaled Simulated Transmission Line
  Liu Liang, Yuan Yichao, Deng Chun, Liu Yaxin and Liu Hongbin, China
• P2_16_ID148: Meteorologic Characteristics and Standard Thickness Calculations of Wire Icing over the North Region of Guangdong Province
  Huang Haohui, Song Lili, Qin Peng, Liu Aijun and Jiang Chenglin, China
• P2_17_ID151: Inhibiting Ice Accumulation on Conductors Using Sleeves Treated with Super-hydrophobic Surfaces
  Zhao Yushun, Li Jian, Hu Jianlin, Jiang Xingliang and Shu Lichun,China
• P2_18_ID152: Dynamic Responses of UHV Transmission Tower-line System after Ice-shedding in Heavy Ice Zones
  Yi Wenyuan, Yan Bo, GuoYueming, Liang Ming and Li Li, China
• P2_19_ID174: Superhydrophobic and Anti-icing Coatings on Aluminum Alloy Surfaces
  Reza Jafari and Masoud Farzaneh, Canada
• P2_20_ID175: Wettability Behavior of Superhydrophobic Silicone Rubber Coatings at Supercooled Temperatures
  G. Momen, M. Farzaneh and J.M. Asselin, Canada
• P2_21_ID178: The Equivalent Thermal Conductivity of Snow Sleeves on Overhead Transmission Lines
  C. Zhang, M. Farzaneh, L. Kiss and P. Montpellier, Canada
• P2_22_ID183: Ice-releasing Properties of Various Nanostructured Superhydrophobic Coatings on an Aluminum Surface
  Shahram Farhadi, Masoud Farzaneh and Sergei .A. Kulinich, Canada
• P2_23_ID187: On the Role of the Surface Dielectric Constant for Icephobic Coating Applications
  R. Menini, M. Farzaneh, Z. Ghalmi and Y. Thibault, Canada
• P2_24_ID189: Feasibility Compare of Removing and Melting Ice Technology of Transmission Line
  Deng Wangting, Wang Tao and He Qing, China
• P2_25_ID191: Principle and Technical Measure for the Anti-icing of Transmission Line
  Ruan Ling, Wang Tao, Zhu Changcheng and Tan Zhangying, China
• P2_26_ID196: Thinking and Some Suggestions about Ice Coating Disaster in Power Networks
  Zhu Tao, China
• P2_27_ID197: Simulation and Experimental Study on Maximum Temperature during Ice-melting of Ice-covered Conductors
  Wang Daxing, Xu An, Liu Ping, Hu Jianglin, Jiang Xingliang, Zhang Zhijin and Fan songhai, China
• P2_28_ID201: Numerical Simulations of Ice Shedding on Single-span Models
  F. Mirshafiei, G. McClure and M. Farzaneh, Canada
• P2_29_ID202: The Modeling of Ice Accretion on Transmission Line at Huanjialing
  Wu Suliang, Jiang Chuangye, Sun Xian, Wang Qi, Fan Jianxun , China
• P2_30_ID204: Effect of Capacity Imbalances of 500 kV Standby Transformer on Its Current
  Jiang Wei, Liu Ping, Liu Fan and Tang Yonghong, China
• P2_31_ID205: Research of Earth Surface Potential Distribution of UHVDC Grounding Electrode Based on CDEGS
  Jiang Wei, Liu Xi and Wu Guangning, China
• P2_32_ID208: Improvement of Simple Measures to Prevent Snow Accumulating on Road Information Signs in Regions with Heavy Snowfall
  Osamu Sakase, Hiroki Matsushita and Masaru Matsuzawa, Japan
• P2_33_ID214: Study on Dynamic Properties of Long-span Power Transmission Tower-cable System
  Jiang Dong, Fei Qingguo, Zhou Honggang and Han Xiaolin, China
• P2_34_ID217: Research on the Frequent and Phase Characteristics of Leakage Current of Iced Insulators
  Jiang Yanru, Xia Yunfeng, Jiang Xingliang, Zhang Zhijing, Hu Jianlin and Shu Lichun, China
• P2_35_ID220: Insulation Decrease Due to the Increase of Water Film Conductivity Formed on Ice and Icicles Accreted on Sheds of Insulator
  Noriyoshi Sugawara, Japan
• P2_36_ID223: Testing Method on DC Artificially Iced Disk-shaped and Suspension Insulators
  Yang Jianlan, Shu Lichun, Zhou Tianchun ,Jiang Xingliang,Hu Jianlin and Zhang Zhijin , China
• P2_37_ID18: Electric Field Calculation of 330kV Ice-covered Composite Insulators Using the Finite Element Method
  Yin Fanghui, Jiang Xingliang, Zhang Zhijin, Hu Jianlin, Xia Yunfeng and Shu Lichun, China

Oral Session A5

• A5_1_ID60: Evaluation of a Physical Snow Accretion Model by Laboratory Experiment
  Takuya Yoshimatsu, Keitaro Fujii and Tomoki Watanabe, Japan
• A5_2_ID112: Application of Analytic Hierarchy Process in Atmospheric Icing Climate Forecast ofPower Network Based on Multiplex Climate Factors
  Lu Jiazheng, Xu Xunjian, Yang Li, Zhang Hongxian, Li Bo, Fang Zhen and Zeng Xiangjun, China
• A5_3_ID179: A Wet Snow Failure Model for Predicting Snow Shedding from an Overhead Cable
  C. Zhang, M. Farzaneh, L. Kiss and L. Pellet, Canada
• A5_4_ID115: Research on Ice-covering Alarming Model for Transmission-line Based on the Multivariate Regression of Meteorological Factors
  Lu Jiazheng, Song Jian,Zhang Hongxian, Yang Li, Li Bo and Fang Zhen, China
• A5_5_ID137: Application of Smart Expert System for Icing on Transmission Line
  Li Zhaoting, Hao Yanpeng and Li Licheng, China
• A5_6_ID198: Analysis and Prevention Measures of Trapping of 1000KV Changnan I Line
  Li Junfeng and Shi Shengzhi, Dong Bingbing and Jiang Xingliang, China

Oral Session B5

• B5_1_ID28: On Computational Modeling of Interactive Wind and Icing Effects on Overhead Line Conductors
  Hooman Keyhan, Ghyslaine McClure and Wagdi G. Habashi, Canada
• B5_2_ID62: Numerical Simulation of De-icing Process of Iced Multi-span Transmission Lines under Shock Load
  Chen Kequan, Yan Bo, Cheng Haoyue and Liu Xiaohui, China
• B5_3_ID224: Modeling of Cable Vibration Following Ice Shedding Propagation
  László E. Kollár, Masoud Farzaneh and Pierre Van Dyke, Canada
• B5_4_ID69: Experimental Study on the Influence of Freezing Temperature and Freezing Water’s Electric Conductivity on Thermal Conductivity of Ice
  Chen Ling, Dong Lina, Chao Yafeng, Hu Jianlin, Chang Tao and Jiang Xingliang, China
• B5_5_ID109: Study on Fractal Characteristics of Aircraft Icing Microstructure
  Du Yanxia, Gui Yewei, Ke Peng and Tu Haixia, China

Oral Session C5

• C5_1_ID65: Influence of Hydrophobic Coating on Ice Accretion on Aluminum Conductor
  Wang Fochi, Zhao Yuqian, Li Chengrong, Zhou You and Lv Yuzhen, China
• C5_2_ID99: Switching Effect Optimization of Insulator’s Anti-ice Semi-conductive RTV Coating
  Wang Wei, Jia Zhidong, Guan Zhicheng, Zhao Yuming, Li Yan and Li Xiaolin, China
• C5_3_ID171: Icephobic and Superhydrophobic Silicone Rubber Coatings for Outdoor Insulators
  G. Momen, M. Farzaneh and A. Jé Carreira, Canada
• C5_4_ID108: The Preparation of Fluorine-silicon Resin and the Research on its Anti-icing Properties
  Wang Xianming, Zhang Yan and Ning Liang, China
• C5_5_ID97: Analyze to Surface Leakage Currents on Super-hydrophobic Insulators under Icing Condition
  Gong Yiyu, Li Jian, Zhao Yushun, Hu Jianlin and Jiang Xingliang, China

Oral Session A6

• A6_1_ID85: Compact Towers with Post-line Insulators Designed For Snowy Areas
  Borut Zemljaric, Slovenia
• A6_2_ID113: Short-term Forecast System of Ice-covering for Power Grid
  Lu Jiazheng, Zhang Hongxian, Yang Li , Li Bo and Fang Zhen, China
• A6_3_ID129: The Ice-covered Insulation Configuration of 1000kV AC Transmission Line
  Hu Quan, Liu Zhongquan,Liang Ming, Yuan Yao and Hu Jianlin, China
• A6_4_ID135: Analysis of Hunan Power Grid Ice Disaster in 2008 and Related Series Anti-icing Technology Research
  Lu Jiazheng, Xu Xunjian, Zhang Hongxian, Li Bo, Fang Zhen, Luo Jing and Tan Yanjun, China
• A6_5_ID138: Analysis and Simulated Research of Tower Collapse by Ice Disaster of Hunan In 2008
  Lu Jiazheng, Xu Xunjian, Liu Chun, Fang Zhen, Li Bo and Zhang Hongxian, China

Oral Session B6

• B6_1_ID206: Possibility of Damage Caused by Impact and Scattering of Falling Snow on Road Information Signs
  Hiroki Matsushita, Osamu Sakase and Masaru Matsuzawa, Japan
• B6_2_ID68: Experiments and Analysis of Crystallization Effect during the Freezing Water Transition from Liquid to Solid Phase in Natural Environment
  Chao Yafeng, Xiang Ze, Jiang Xingliang, Zhang Zhijin and Sun Caixin, China
• B6_3_ID225: Numerical Modeling and Small-scale Experimental Simulation of Ice Shedding Propagation on Bundled Conductors
  László E. Kollár and Masoud Farzaneh, Canada
• B6_4_ID84: Joint Slippage Effects on Mechanical Behavior of a New Anti-icing Tower
  Jiang Wenqiang and Wang Zhangqi, China
• B6_5_ID169: Analysis of Mechanism of Galloping of Iced Conductor
  Fan Shexin, Mo Yiwei and Zhu Jianxin, China

Oral Session C6

• C6_1_ID92: Effect of Anti-icing RTV Coating on Delaying the Transfer of Soluble Salt in Ice Layer under Low Temperature
  Bai Weili, Jia Zhidong and Guan Zhicheng, China
• C6_2_ID102: The Characteristic and Chemical Analysis of Ice Coating on Transmission and Transformer Equipments in Hunan Power Grid Caused by Icing Disaster in 2008
  Feng Bin, Chang Yan , Hu Xu , He Tiexiang and Zhang Yufu, China
• C6_3_ID173: Stable Icephobic Teflon-Like Coatings Deposited On an Anodized Aluminum Surface
  Reza Jafari and Masoud Farzaneh, Canada
• C6_4_ID136: Analysis of Thermal Distribution along Insulator Strings with Semiconducting RTV
  Wei Xiaoxing, Peng Xiangyang, Yao Senjing, Xu Zhihai, Jia Zhidong and Guan Zhicheng, China
• C6_5_ID153: Development and Investigation of a New Kind of Anti-icing Coating with Ice-melting Performance
  Zhang Rui, Yi Xianjie and Wan Xiaodong, China

Appendix: Submitted Abstract without Submitting Full-paper

• Z_01_ID13: Wind Turbine Blade Heating – Does It Pay?
  René Cattin, Switzerland
• Z_02_ID29: Anti-ice Coatings: Science or Fiction?
  Nadine Rehfeld and Dr. Volkmar Stenzel, Germany
• Z_03_ID75: Measured Power Losses in Wind PowerPlants due to Icing
  Rolf Westerlund, Sweden
• Z_04_ID86: The Spatial Distribution of Icing in Germany Estimated by the Analysis of Weather Station Data and of Direct Measurements of Icing
  Bodo Wichura, Germany
• Z_05_ID87: Predicition of Atmospheric Icing with AROME
  Ulf Andrae, Esbjörn Olsson and Per Undén, Sweden
• Z_06_ID94: Technological Developments to Prevent Damages on Powerline Transmission Network
  Roxane Alavi, Michel Bourdages, Pierre Couture, Daniel Gagnon, Christian Langheit, Marc Leclerc, Serge Montambault and Deo Ndereyimana, Canada
• Z_07_ID95: Development of a Reinforcement Method for BC Hydro 230 kV Portal Towers through Numerical Analysis
  and a Full ScaleLaboratory Test
  Barry Anderson, Li Hong and Ola Onifade, Canada
• Z_08_ID98: Ice-melting Research on Touching Net of Electrified Railway (No Download Available)
  Gong Yansheng and Jiang Xingliang, China
• Z_09_ID130: Numerical Investigation of Iced-conductors Oscillations in the Wake of Windward Conductors
  Amir Borna, Wagdi G. Habashi and Ghyslaine McClure, Canada
• Z_10_ID134: Study on Light Icing Performance of Composite Insulators at AC Voltage
  Yao Tao, Li Xuelin, Jia Ru, Li Jin and Cai Lin, China
• Z_11_ID142: Monitoring Overhead Power Lines in Extreme Weather Conditions
  Satsuk Evgeniy, Russia
• Z_12_ID164: Energy in Cold Climates IEA Task 19
  Timo Laakso, Andreas Krenn, Tomas Wallenius, Göran Ronsten, Lars Talhaug and Michael Durstewitz, Finland
• Z_13_ID165: Using the Weather Research and Forecasting (WRF) Model to Predict Ground/Structural Icing
  Gregory Thompson, Liu Changhai and Roy Rasmussen, United States
• Z_14_ID172: Wettability Behavior of Superhydrophobic Silicone Rubber Coatings at Supercooled Temperatures
  Gelareh MOMEN and Masoud FARZANEH, Canada
• Z_15_ID181: Icing Probability Estimation Based on WRF Model Hindcast
  Gil Lizcano, German Delgado, Pau Casso, Pep Morenon and Josep Calbo, Spain
• Z_16_ID212: On-Line Monitoring of Icing Thickness on Transmission Line with Interval Estimation Method based on Tension Backstepping and Image Detecting
  Yan Ruidong and Lv Yuxiang, China
• Z_17_ID215: Study on Simulation Experiment on Impulse Characteristics of Grounding Devices in the Freeze-thaw Soil
  Luo Ling, Chen Lijun, Sima Wenxia, Yuan Tao and Yang Qing, China
• Z_18_ID216: Variable Resistance Conductors for Deicing Aerial Transmission Power Lines
  Victor F. Petrenko and Charles R. Sullivan, United States
• Z_19_ID218: A Method for Designing Booster Sheds on Post Insulators under Icing Conditions
  S. M. Ale Emran, M. Farzaneh, C. Volat and S. Kumar, Canada

“If you have any questions about the IWAIS proceedings, please e-mail iwais@compusult.net.”

“Compusult would like to sincerely thank all those who participated in IWAIS 2013 and helped make this workshop a success!”