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211
Wind Loads On Industrial Solar Panel Arrays and Supporting Roof Structure
Wind Loads On Industrial Solar Panel Arrays and Supporting Roof Structure
Graeme S. Wood(Australia), Roy O. Dennon(Hong Kon, | 국제구조공학회 | 2001 ,
212
Wind-Induced Response of a Twin-Tower structure
Wind-Induced Response of a Twin-Tower structure
Jiming Xie and Peter A. Irwin(Canada), | 국제구조공학회 | 2001 ,
213
Generation of Local Wind Pressure Coefficients For The Design of Low Building Roofs
Generation of Local Wind Pressure Coefficients For The Design of Low Building Roofs
K.Suresh Kumar and Ted Stathopoulos(Canada), | 국제구조공학회 | 2001 ,
214
PIV Measurement of Roof Corner Vortices
PIV Measurement of Roof Corner Vortices
Kyung Chun Kim, Ho Seong Ji and Seung Hak Seong(K, | 국제구조공학회 | 2001 ,
215
Pressure Distribution and Aerodynamic Forces on Stationary Box Bridge Sections
Pressure Distribution and Aerodynamic Forces on Stationary Box Bridge Sections
Francesco Ricciardelli(Italy) and Horia Hangan(Ca, | 국제구조공학회 | 2001 ,
216
Wind Induced Response of an Elevated Steel WaterTank
Wind Induced Response of an Elevated Steel WaterTank
Vincenzo Sepe and Antnino E. Zingali(Italy), | 국제구조공학회 | 2001 ,
217
Wind Tunnel Section Model Study of Aeroelastic Performance For Ting Kau Bridge Deck
Wind Tunnel Section Model Study of Aeroelastic Performance For Ting Kau Bridge Deck
James Mark William Brownjohn and Cheong Chuen Cho, | 국제구조공학회 | 2001 ,
218
Application of a Discrete Vortex Method For The Analysis of Suspension Bridge Deck Sections
Application of a Discrete Vortex Method For The Analysis of Suspension Bridge Deck Sections
I.J.Taylor and M. Vezza(U.K.), | 국제구조공학회 | 2001 ,
219
Numerical Simulation of The Effect of Section Details and Partial Streamlining On The Aerodynamics of Bridge Decks
Numerical Simulation of The Effect of Section Details and Partial Streamlining On The Aerodynamics of Bridge Decks
L.Bruno(Italy), S.Khris and J.Marcillat(France), | 국제구조공학회 | 2001 ,
220
Wind Tunnel Model Studies To Predict The Action of Wind On The Projected 558 M Jakarta Tower
Wind Tunnel Model Studies To Predict The Action of Wind On The Projected 558 M Jakarta Tower
N. Isyumov, P.C.Case, T.C.E.Ho(Canada) and R. Soe, | 국제구조공학회 | 2001 ,
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