• Holistic Simulation Of Geotechnical Installation Processes Occurring Process
• Holistic Simulation Of Geotechnical Installation Processes Occurring Definition

Holistic Simulation of Geotechnical Installation Processes: Numerical and Physical Modelling / The book provides suitable methods for the simulations of boundary value problems of geotechnical installation processes with reliable prediction for the deformation behavior of structures in static or dynamic interaction with the soil.

Holistic Simulation Of Geotechnical Installation Processes Occurring Process

It is known that some common constitutive models show deficits when predicting elastic and plastic deformations due to low cycle loading resulting for example from geotechnical installation processes. The aim of part I of subproject 8 within the DFG research group FOR 1136 (GeoTech) is to show the performance of different constitutive models and to compare them with experimental results and between each other. Series of drained, stress-controlled triaxial-tests are carried out. The strains from monotonous and low-cycle loading are investigated systematically, regarding total and quasi-elastic strains as well as strain accumulation. All experiments are recalculated numerically with different constitutive models, amongst them some common as well as advanced constitutive models, which have been developed recently and partly within the aforementioned research group GeoTech.

Holistic Simulation Of Geotechnical Installation Processes Occurring Definition

By comparing the experimental and numerical results systematically, an attempt is made to show the model’s advantages and deficits and to give hints for the application in boundary value problems.