Landslide hazard is a serious natural hazard next only to earthquake and floodwater. It has brought about great losses to the economic and social development worldwide. Each year it causes a loss up to billions of dollars in the whole world. A striking amount of money has been spent on the prevention and redress of the hazard and much more losses have been incurred indirectly in addition. In China
mountains where landslide hazards happen frequently and densely cover 70 % of the area. China is among those countries stricken most by these hazards. These hazards give rise to loss with a total value of hundreds of millions Yuan and great damages to the country and people’s lives and properties. Since till now the damage and loss evaluation of secondary hazards has not been touched upon; the authors propose an evaluation model by making use of causal diagram combining failure tree analysis (FTA) and event tree analysis (ETA) to make reliability analysis of the secondary hazards system and forecasting of the losses thus arising from.
Calculation method of sliding surface stress based on segmented sliding surface stress measurement system
Evaluation of landslide susceptibility degree based on catastrophe theory
Elastoplastic models and calculation analysis of portal double-row anti-slide piles
Surface displacement field measurement for landslide model test based on computer aided inspection
Experiment results and analysis of landslide monitoring by using GPS PPP technology
Related Author
CHEN Huai-lin
YANG Tao
RAO Yun-kang
ZHANG Zhe
WU Hong-gang
XIE Jiang-wei
TENG Han-qing
SONG Sheng-yuan
Related Institution
State Key Laboratory of Intelligent Construction and Maintenance for Geotechnical and Tunnel Engineering under Extreme Environments, Southwest Jiaotong University
China Northwest Research Institute Co., Ltd., of CREC
China Railway Academy Co., Ltd.
College of Construction Engineering, Jilin University
Three Gorges Survey and Research Institute Co., Ltd..