Abstract. Earth fissures accompanying anthropogenic land subsidence due to excessive aquifer exploitation create significant geohazards in China. Numerical models represent a unique scientific approach to predict the generation and development of earth fissures. However, the common geomechanical simulators fail to reproduce fissure development because they cannot be effectively applied in discontinuous mechanics. An innovative modelling approach developed recently is applied to develop a software to simulate fissure development. The pressure changes are used as forcing factors in a 3D geomechanical model, which combines Finite Elements and Interface Elements to simulate the deformation of the continuous aquifer system and the generation and...
Land subsidence caused by extensive groundwater pumping has become a factor which cannot be ignored ...
Shanghai, in China, has experienced two periods of rapid land subsidence mainly caused by groundwate...
Jiangyin County is in the infamous Su-Xi-Chang land subsidence area caused by excessive groundwater ...
Observation, description and preliminary analysis are important means in studies on earth fissures. ...
The stress variation induced by aquifer overdraft in sedimentary basins with shallow bedrock may ca...
The earth fissures in the Su-Xi-Chang area are caused by differential land subsidence due to long-te...
Earth fissures are a geohazard in Jiangsu Province, China. They can be caused by earthquakes and act...
Earth fissures in Jiangsu Province, China have caused serious damages to properties, farmlands, and ...
Abstract. We report preliminary results of physical experiments of rupture occurrence and propagatio...
In this research, the fundamental mechanics for the changes in stresses and strains states due to gr...
Fissuring of the earth began at Changjing, Jiangyin City, Jiangsu Province, in 1995. The earth fissu...
Since the 1950s, hundreds of ground fissures have occurred in the Shanxi Graben System in Northern C...
Suzhou City, located at the lower reaches of the Yangtze River in southeastern Jiangsu Province, is ...
Numerical modelling of failure generation due to groundwater pumping and prediction of fissure locat...
Land subsidence caused by extensive groundwater pumping has become a factor which cannot be ignored ...
Land subsidence caused by extensive groundwater pumping has become a factor which cannot be ignored ...
Shanghai, in China, has experienced two periods of rapid land subsidence mainly caused by groundwate...
Jiangyin County is in the infamous Su-Xi-Chang land subsidence area caused by excessive groundwater ...
Observation, description and preliminary analysis are important means in studies on earth fissures. ...
The stress variation induced by aquifer overdraft in sedimentary basins with shallow bedrock may ca...
The earth fissures in the Su-Xi-Chang area are caused by differential land subsidence due to long-te...
Earth fissures are a geohazard in Jiangsu Province, China. They can be caused by earthquakes and act...
Earth fissures in Jiangsu Province, China have caused serious damages to properties, farmlands, and ...
Abstract. We report preliminary results of physical experiments of rupture occurrence and propagatio...
In this research, the fundamental mechanics for the changes in stresses and strains states due to gr...
Fissuring of the earth began at Changjing, Jiangyin City, Jiangsu Province, in 1995. The earth fissu...
Since the 1950s, hundreds of ground fissures have occurred in the Shanxi Graben System in Northern C...
Suzhou City, located at the lower reaches of the Yangtze River in southeastern Jiangsu Province, is ...
Numerical modelling of failure generation due to groundwater pumping and prediction of fissure locat...
Land subsidence caused by extensive groundwater pumping has become a factor which cannot be ignored ...
Land subsidence caused by extensive groundwater pumping has become a factor which cannot be ignored ...
Shanghai, in China, has experienced two periods of rapid land subsidence mainly caused by groundwate...
Jiangyin County is in the infamous Su-Xi-Chang land subsidence area caused by excessive groundwater ...