Aeroelastic Model Test is suitable for slender, flexible, and dynamically sensitive structure. The aeroelastic model is designed with precisely scaled dynamic properties of the full-scale buildings (stiffness, mass, natural frequency, and damping properties of the structural system).
Responses are directly measured in the wind tunnel, using non-contact displacement meters (optical sensor type) or accelerometers.
▣ Base sheer, base overturning moment, and torsional moment
▣ Combined static floor-by-floor wind load
▣ Lateral displacement
▣ Wind-induced acceleration, evaluate serviceability (AIJ, ISO, NBC)
▣ Study of vortex shedding and aerodynamic instability
▣ Basic design of vibration control device (TMD, AMD, TLCD, etc.)
Responses are directly measured in the wind tunnel, using non-contact displacement meters (optical sensor type) or accelerometers.
▣ Base sheer, base overturning moment, and torsional moment
▣ Combined static floor-by-floor wind load
▣ Lateral displacement
▣ Wind-induced acceleration, evaluate serviceability (AIJ, ISO, NBC)
▣ Study of vortex shedding and aerodynamic instability
▣ Basic design of vibration control device (TMD, AMD, TLCD, etc.)
Dangjin Power Plant Stack, Korea
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Boryoung New Power Plant Stack, Korea
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