Peculiarities of Limiting States in Simulated Drained and Undrained Assemblies of Elliptical Particles
The study is aimed at characterizing micromechanical characteristics of large shear strain behavior during transition to critical/steady state in simulated granular assemblies.It is demonstrated that there are substantial differences in which various attributes of micromechanical response evolve in drained and undrained situations,pointing to the possibility that volumetric constraints due to presence of fluid in voids may alter mechanisms of large strain behavior in comparison with drained response.
Critical state steady state fabric elliptical particles numericalsimulations
Leo Rothenburg Roberto Olivera-Bonilla
University of Waterloo,200 University Avenue,Waterloo,Ontario,Canada N2L 2T3 Golder Associates,Burnaby,British Columbia,Canada V5C 6C6
国际会议
北京
英文
253-257
2012-10-15(万方平台首次上网日期,不代表论文的发表时间)