Application of Earthquake Damage Forecast with PKPM Software on Important Buildings in Xichang

Qiao Yan Li; Gai Hua Yu; Xiao Yun Guo

doi:10.4028/www.scientific.net/AMR.255-260.1843

Paper Titles

Theoretical Research of the Active-Type Dynamic Vibration Absorbers
p.1820

Dynamic Response of Simply-Supported Curved Girder Bridges due to Vehicles
p.1825

An Integral Equation Method for Free Vibration of Circular Plate with Concentrated Mass at Arbitrary Positions
p.1830

Structural Modal Analysis Based on HHT and Butterworth Filter
p.1836

Application of Earthquake Damage Forecast with PKPM Software on Important Buildings in Xichang
p.1843

Application of Computer Simulation Technique in Smoke Control System Design
p.1848

3-D Numerical Analysis on Performance of Prestressed and Precast Concrete Segment Joint
p.1853

Numerical Analysis of the Rural Building due to Flood Impact
p.1857

Automatic FLAC3D Mesh Generation Based on Advancing-Frontal Method
p.1862

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Application of Earthquake Damage Forecast with PKPM Software on Important Buildings in Xichang

Abstract:

In this paper, important buildings of different structure in Xichang are calculated by using the powerful design software PKPM. First, the drawings of the buildings are simplified and the structure forms are input the computer in PMCAD software interface to make model, and the comprehensive seismic capacity index of floors or the story drift angle are calculated. Then, according to the judging principle, the earthquake damage level is gotten.