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Investigation of Temperature Effects on Modal Parameters of the China National Aquatics Center
For the China National Aquatics Center, this paper reports an investigation into the effects of temperature change on modal parameters. Both analytical and field monitoring approaches were involved. Temperature-induced variations of structural member modulus of elasticity, internal forces and changes to boundary conditions were regarded as the essential factors influencing modal parameters. The contribution of these three effects on modal parameters for both uniform and non-uniform temperature distributions over the structure was investigated. It is concluded that temperature-induced internal forces affect the modal parameter values to greater extent than temperature-induced modulus of elasticity. The relationships between temperature and variation of modal parameters are different in the case of uniform and non-uniform temperature distributions. The analytical results were validated by using the acceleration and temperature measurements supplied by the China National Aquatics Center field monitoring system.
Investigation of Temperature Effects on Modal Parameters of the China National Aquatics Center
For the China National Aquatics Center, this paper reports an investigation into the effects of temperature change on modal parameters. Both analytical and field monitoring approaches were involved. Temperature-induced variations of structural member modulus of elasticity, internal forces and changes to boundary conditions were regarded as the essential factors influencing modal parameters. The contribution of these three effects on modal parameters for both uniform and non-uniform temperature distributions over the structure was investigated. It is concluded that temperature-induced internal forces affect the modal parameter values to greater extent than temperature-induced modulus of elasticity. The relationships between temperature and variation of modal parameters are different in the case of uniform and non-uniform temperature distributions. The analytical results were validated by using the acceleration and temperature measurements supplied by the China National Aquatics Center field monitoring system.
Investigation of Temperature Effects on Modal Parameters of the China National Aquatics Center
Zhang, Deyi (Autor:in) / Bao, Yuequan (Autor:in) / Li, Hui (Autor:in) / Ou, Jinping (Autor:in)
Advances in Structural Engineering ; 15 ; 1139-1153
01.07.2012
15 pages
Aufsatz (Zeitschrift)
Elektronische Ressource
Englisch
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