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Finite Element Analysis of Technology of Spontaneous Heating to Deice and Melt Snow
The technology of spontaneous heating is a new method of deicing and melting snow. It puts electrical conductor into asphalt concrete. After electrical conductor sending out heat, temperature of pavement will be increased. Untill temperature is higher than freezing point, ice and snow will be melted. According to theory of heating, a model of finite element is designed. Based on ANSYS, temperature field of pavement layer and temperature distribution of pavement surface, ascending rule of temperature, warm-up time, affection of deicing and snow-melting are researched. Finally, curved line and analyzed result of deicing and melting snow are received. The result can demonstrate the feasibility of technology of spontaneous heating to deice and melt snow on airport pavement.
Finite Element Analysis of Technology of Spontaneous Heating to Deice and Melt Snow
The technology of spontaneous heating is a new method of deicing and melting snow. It puts electrical conductor into asphalt concrete. After electrical conductor sending out heat, temperature of pavement will be increased. Untill temperature is higher than freezing point, ice and snow will be melted. According to theory of heating, a model of finite element is designed. Based on ANSYS, temperature field of pavement layer and temperature distribution of pavement surface, ascending rule of temperature, warm-up time, affection of deicing and snow-melting are researched. Finally, curved line and analyzed result of deicing and melting snow are received. The result can demonstrate the feasibility of technology of spontaneous heating to deice and melt snow on airport pavement.
Finite Element Analysis of Technology of Spontaneous Heating to Deice and Melt Snow
Li, Hong-Lei (author) / Cen, Guo-Ping (author) / Gu, Qiang-Kang (author)
2012
6 Seiten
Conference paper
English
Finite Element Analysis of Technology of Spontaneous Heating to Deice and Melt Snow
Trans Tech Publications | 2012
|Large Strain Finite-Element Analysis of Snow
Online Contents | 1996
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