peer reviewedThe use of normal modes of vibration in the analysis of structures with non-proportional damping reduces the number of governing equations, but does not decouple them. A common practice consists in decoupling the equations by disregarding the off-diagonal elements of the modal damping matrix. This paper proposes a method based on the asymptotic expansion of the modal transfer matrix to take into account the modal coupling in Gaussian spectral analysis. First, the mathematical background is introduced, then the relevance of the method is illustrated within the context of the analysis of a large and real structure submitted to wind loadings
The effects of damping on energy sharing in coupled systems are investigated. The approach taken is ...
The damping ratio is a key indicator of a structures susceptability to human discomfort due to dynam...
peer reviewedAbstract Spectral analysis is a classical tool for the structural analysis of structure...
peer reviewedThe use of normal modes of vibration in the analysis of structures with non-proportiona...
The use of normal modes of vibration in the analysis of structures with nonproportional damping redu...
peer reviewedIn current practice, wind structural design is often carried out using the concept of e...
peer reviewedThe random response of civil engineering structures to the buffeting action of wind loa...
peer reviewedIn case of non-diagonal modal damping, normal modes of vibration do not decouple modal...
peer reviewedIn order to simplify the resolution of the equation of motion, structural damping is ge...
A common approximation in the analysis of non-classically damped systems is to ignore the off-diagon...
Due to the geometric complexity, the flexibility which induces large displacement and the usually ve...
A verified computational model of a complex structure is crucial for reliable vibro-acoustic simulat...
The principal coordinates of a non-classically damped linear system are coupled by non-zero off-diag...
The effects of damping on energy sharing in coupled systems are investigated [ The approach taken is...
Abstract The analysis of large-scale structures subject to transient random loads, coherent in space...
The effects of damping on energy sharing in coupled systems are investigated. The approach taken is ...
The damping ratio is a key indicator of a structures susceptability to human discomfort due to dynam...
peer reviewedAbstract Spectral analysis is a classical tool for the structural analysis of structure...
peer reviewedThe use of normal modes of vibration in the analysis of structures with non-proportiona...
The use of normal modes of vibration in the analysis of structures with nonproportional damping redu...
peer reviewedIn current practice, wind structural design is often carried out using the concept of e...
peer reviewedThe random response of civil engineering structures to the buffeting action of wind loa...
peer reviewedIn case of non-diagonal modal damping, normal modes of vibration do not decouple modal...
peer reviewedIn order to simplify the resolution of the equation of motion, structural damping is ge...
A common approximation in the analysis of non-classically damped systems is to ignore the off-diagon...
Due to the geometric complexity, the flexibility which induces large displacement and the usually ve...
A verified computational model of a complex structure is crucial for reliable vibro-acoustic simulat...
The principal coordinates of a non-classically damped linear system are coupled by non-zero off-diag...
The effects of damping on energy sharing in coupled systems are investigated [ The approach taken is...
Abstract The analysis of large-scale structures subject to transient random loads, coherent in space...
The effects of damping on energy sharing in coupled systems are investigated. The approach taken is ...
The damping ratio is a key indicator of a structures susceptability to human discomfort due to dynam...
peer reviewedAbstract Spectral analysis is a classical tool for the structural analysis of structure...