Dynamic soil-structure interaction effects on coupled flexural-torsional of high-rise buildings are studied. A frequency-domain boundary element method is employed for the half-space representing the soil. A refined model, taking the shear strains due to non-uniform bending and torsion into account, is adopted for the structure.

Soil-structure interaction effects on flexural and torsional vibrations of perforated cores

CAPUANI, Domenico;
1995

Abstract

Dynamic soil-structure interaction effects on coupled flexural-torsional of high-rise buildings are studied. A frequency-domain boundary element method is employed for the half-space representing the soil. A refined model, taking the shear strains due to non-uniform bending and torsion into account, is adopted for the structure.
1995
1853123153
Soil-structure interaction; Flexural-torsional vibration; High-rise buiding; radiation damping; material damping; boundary element method
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Utilizza questo identificativo per citare o creare un link a questo documento: https://hdl.handle.net/11392/1193114
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