Prediction of Seismic Casualties Based on Urban Land Types

Dong Kai Zhao; Jing Yu Su; Wei Wang; Dong Hui Ma

doi:10.4028/www.scientific.net/AMM.166-169.2074

Paper Titles

Economic Losses Research of Seismic Damage Based on Grey Correlation and Genetic Neural Network
p.2054

A Direct Time-Domian Integral Method and its Implementation Based on Matlab
p.2060

Research on the Stiffness Optimization of the Reinforced Concrete’s Shear Wall Structure Based on the Earthquake Response Spectrum
p.2066

Information Entropy Method for Evaluating Regional Earthquake Relative Disaster-Carrying Capability
p.2070

Prediction of Seismic Casualties Based on Urban Land Types
p.2074

Analysis on the Mechanism for Baseline Drift of near-Fault Accelerograms
p.2078

Evaluation of Seismic Behavior on Steel Frames with TSW Semi-Rigid Connections under the Nonlinear Time History Analysis
p.2083

Application of Seismic Isolation Designing Method Based on China Building Seismic Code
p.2088

Analysis of Seismic Response of the Single Tower Cable-Stayed Bridge with Seismicity Mitigation and Energy Dissipation Devices
p.2092

HomeApplied Mechanics and MaterialsApplied Mechanics and Materials Vols. 166-169Prediction of Seismic Casualties Based on Urban...

Prediction of Seismic Casualties Based on Urban Land Types

Abstract:

A probability model based on urban land types and probability reliability was put forward to predict seismic casualties. The casualty probabilities of different urban land types were got by classifying the urban land types, combining with the historical earthquake casualty statistics and statistic residence status in the architecture of different urban land types, and then the upper value of earthquake casualties in certain probability might be estimated. Meanwhile, an example was analyzed with the proposed method. Results show the feasibility of the proposed method.