The authors (J. Wind Eng. Ind. Aerodynam. 89 (2001) 341) presented a time domain framework for predicting the buffeting response of slender structures utilizing aerodynamic forces based on the quasi-steady theory. The example studied clearly demonstrated the significant influence of structural nonlinearities on the buffeting response, and reaffirmed the overall versatility of the time domain analysis approach. In the light of the time domain presentation in this paper, we would like to offer some comments which we believe would expand the scope of the time domain approach as applied to bridge buffeting response. Our discussion focuses on three key aspects: the simulation of the random wind field, the quasi-steady aerodynamic force model and...
Large-span cable-stayed bridges are flexible structures susceptible to varioustypes of wind-induced ...
Suspension bridges are long-span flexible structures susceptible to various types of wind induced vi...
International audienceTemporal simulations are increasingly performed in wind effects analysis of fl...
This thesis presents a generalized framework for predicting dynamic structural response of slender, ...
The field measurements, wind tunnel tests, and numerical calculations are utilized to conduct refine...
[[abstract]]To determine its actual dynamic responses under the wind loads, modal identification fro...
Wind-induced vibrations commonly represent the leading criterion in the design of long-span bridges....
The buffeting response is a type of vibration caused by wind turbulence. As the bridge span and stru...
In this paper a time domain approach for predicting the non-linear dynamic response of long-span bri...
An improved bridge buffeting theory is established with an emphasis on skew wind directions, for bot...
Traditionally, the estimation of wind induced buffeting response and analysis of flutter instability...
학위논문 (석사)-- 서울대학교 대학원 : 건설환경공학부, 2017. 2. 김호경.ABSTRACT Time-domain/frequency-domain dynamic analyse...
Certain aspects of the dynamic system being discussed are reviewed and important structural and aero...
Long-span cable-supported bridges are prone to wind-induced vibration. The aerodynamic performance o...
This paper is devoted to the non linear quasi-steady aerodynamic loading. A linear approximation is ...
Large-span cable-stayed bridges are flexible structures susceptible to varioustypes of wind-induced ...
Suspension bridges are long-span flexible structures susceptible to various types of wind induced vi...
International audienceTemporal simulations are increasingly performed in wind effects analysis of fl...
This thesis presents a generalized framework for predicting dynamic structural response of slender, ...
The field measurements, wind tunnel tests, and numerical calculations are utilized to conduct refine...
[[abstract]]To determine its actual dynamic responses under the wind loads, modal identification fro...
Wind-induced vibrations commonly represent the leading criterion in the design of long-span bridges....
The buffeting response is a type of vibration caused by wind turbulence. As the bridge span and stru...
In this paper a time domain approach for predicting the non-linear dynamic response of long-span bri...
An improved bridge buffeting theory is established with an emphasis on skew wind directions, for bot...
Traditionally, the estimation of wind induced buffeting response and analysis of flutter instability...
학위논문 (석사)-- 서울대학교 대학원 : 건설환경공학부, 2017. 2. 김호경.ABSTRACT Time-domain/frequency-domain dynamic analyse...
Certain aspects of the dynamic system being discussed are reviewed and important structural and aero...
Long-span cable-supported bridges are prone to wind-induced vibration. The aerodynamic performance o...
This paper is devoted to the non linear quasi-steady aerodynamic loading. A linear approximation is ...
Large-span cable-stayed bridges are flexible structures susceptible to varioustypes of wind-induced ...
Suspension bridges are long-span flexible structures susceptible to various types of wind induced vi...
International audienceTemporal simulations are increasingly performed in wind effects analysis of fl...