Study on Failure Mechanism of Rural Building in Flood and Protection Strategies

Yong Jun Liu; Jing Hai Zhou; Xing Tao Ma

doi:10.4028/www.scientific.net/AMM.193-194.1307

Paper Titles

Optimizing Research on the Clad Façade of a High-Rise Building Using CFD Method
p.1284

Literature Reviews and Summary of Concrete Bridge Seamless Broaden Technology
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Studies on In-Plane Stability Behavior of Arches with Web Openings
p.1296

Empirical Study on Factors Influencing the Development of Construction Industry - Based on Anhui Construction
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Study on Failure Mechanism of Rural Building in Flood and Protection Strategies
p.1307

Simulation Analysis of a Beam-Slab Floor Structure and Comparison on Project Economy
p.1311

Seismic Response Analysis of High Pier and Long Span Rigid Framed Bridge under Non Uniform Excitation
p.1315

Thermal Discomfort Evaluation in Hot Environment
p.1320

Preserving the Sense of Place: A Case Study of Hawaii State Capitol Building
p.1324

HomeApplied Mechanics and MaterialsApplied Mechanics and Materials Vols. 193-194Study on Failure Mechanism of Rural Building in...

Study on Failure Mechanism of Rural Building in Flood and Protection Strategies

Abstract:

In Chinese rural areas, flooding is one of the most common and frequent natural disasters, which can cause terribly life and property losses partly due to heavily damage and collapse of rural buildings. Therefore, it is very urgent to conduct comprehensive study on failure mechanism of rural buildings under flood actions. In this paper, the failure mechanism of rural buildings in flood is studied, and protection strategies are summarized with emphasis on describing some new technology proposed by authors. The contents presented in this paper may be useful references for further study on flood damage to rural buildings and be helpful for Chinese government to develop correct flood mitigation policies.