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Aeroelastic performance of super-large cooling tower based on different reduced-scale models
  • 所属机构名称：同济大学
  • 会议名称：Proceedings of the International Association for Shell and Spatial Structures (IASS)
  • 时间：2013.10.1
  • 成果类型：会议
  • 相关项目：桥梁风工程
同会议论文项目
桥梁风工程
期刊论文 116 会议论文 40
同项目会议论文
Reinforcement-based Comparisons of Static Wind Loads on Cooling Towers Considering Various Equivalen
Reinforcement-based Comparisons of Static Wind Loads on Cooling Towers Considering Various Equivalen
Field Measurement of Dynamic Wind Pressure Distribution around Large Cooling Tower
Field Measurement of Dynamic Wind Pressure Distribution around Large Cooling Tower
Wind Load Statistical Characteristics of Super-large Cooling Towers Considering Synchronous Internal
Wind Load Statistical Characteristics of Super-large Cooling Towers Considering Synchronous Internal
Advances in modeling boundary layer turbulence and its effects on motion independent aerodynamic for
Wind tunnel experiments of wind loadings on super-large cooling towers
Wind tunnel experiments of wind loadings on super-large cooling towers
Wind tunnel experiments of wind loadings on super-large cooling towers
Wind tunnel experiments of wind loadings on super-large cooling towers
Aeroelastic performance of super-large cooling tower based on different reduced-scale models
Advances in modeling boundary layer turbulence and its effects on motion independent aerodynamic for
Advances in modeling boundary layer turbulence and its effects on motion independent aerodynamic for
Aeroelastic performance of super-large cooling tower based on different reduced-scale models
Wind Load Statistical Characteristics of Super-large Cooling Towers Considering Synchronous Internal
Wind Load Statistical Characteristics of Super-large Cooling Towers Considering Synchronous Internal
Wind-induced Performance of Super Large Cooling Tower Considering Coupling Effects between Resonant
Wind-induced Performance of Super Large Cooling Tower Considering Coupling Effects between Resonant
Wind-induced Performance of Super Large Cooling Tower Considering Coupling Effects between Resonant
Wind-induced Performance of Super Large Cooling Tower Considering Coupling Effects between Resonant
大型双曲冷却塔气弹模型设计与风振特性
大型双曲冷却塔气弹模型设计与风振特性
大型双曲冷却塔气弹模型设计与风振特性
大型双曲冷却塔气弹模型设计与风振特性
大型冷却塔表面动态风压实测研究
大型冷却塔表面动态风压实测研究
大型冷却塔表面动态风压实测研究
大型冷却塔表面动态风压实测研究
Proper Orthogonal Decomposition of Wind Pressure Field of Large Cooling Towers
Proper Orthogonal Decomposition of Wind Pressure Field of Large Cooling Towers
Proper Orthogonal Decomposition of Wind Pressure Field of Large Cooling Towers
Proper Orthogonal Decomposition of Wind Pressure Field of Large Cooling Towers
Reinforcement-based Comparisons of Static Wind Loads on Cooling Towers Considering Various Equivalen
Reinforcement-based Comparisons of Static Wind Loads on Cooling Towers Considering Various Equivalen
Field Measurement of Dynamic Wind Pressure Distribution around Large Cooling Tower
Field Measurement of Dynamic Wind Pressure Distribution around Large Cooling Tower
Aeroelastic performance of super-large cooling tower based on different reduced-scale models
Advances in modeling boundary layer turbulence and its effects on motion independent aerodynamic for