Add to ORKGABSTRACT: The essential elements of an explicit model for the accumulation of strain due to cyclic loading are presented. This publication is closely related to the information in two companion papers by Wichtmann et al. (2004b,c). Actually the presented model comprises most of the experimental data given in the above mentioned companion papers. Remarks on the FE implementation and an example of a FE analysis of a strip foundation under cyclic axial load are enclosed.
A suite of stress-controlled cyclic triaxial tests were performed on frozen fine-grained soils to as...
Most offshore wind farms around Europe are being constructed with monopile foundations. Whilst there...
A general framework for the modelling of mechanical behavior of structures has been recently propose...
The prediction of cyclic-driven accumulation of stress or strain in granular materials is dicult due...
Strain accumulation analysis is important to understand the deformation mechanism of soil structure ...
This paper presents results of numerous drained cyclic tests with triaxial extension. The in uence o...
Geotechnical structures usually undergo cyclic loading during its lifetime of service. Bridge piers,...
The present paper validates an innovative explicit method to predict the accumulation of soil deform...
A material model, based on total stresses, has been developed to represent the undrained cyclic beha...
Cyclic loading could lead to progressive degradation of soil in terms of plastic strain accumulation...
The high-cycle accumulation (HCA) model by Niemunis et al. allows the prediction of the mechanical r...
For a cyclic-load settlement analysis by the writer 15 yr ago, it was assumed that the material had ...
A high-cycle accumulation (HCA) model predicting the accumulation of permanent strain or excess pore...
A constitutive model for concrete subjected to cyclic loadings in both compression and tension is pr...
This thesis entitled "Modelling of cyclic degradation - Development of a cyclic accumulation model a...
A suite of stress-controlled cyclic triaxial tests were performed on frozen fine-grained soils to as...
Most offshore wind farms around Europe are being constructed with monopile foundations. Whilst there...
A general framework for the modelling of mechanical behavior of structures has been recently propose...
The prediction of cyclic-driven accumulation of stress or strain in granular materials is dicult due...
Strain accumulation analysis is important to understand the deformation mechanism of soil structure ...
This paper presents results of numerous drained cyclic tests with triaxial extension. The in uence o...
Geotechnical structures usually undergo cyclic loading during its lifetime of service. Bridge piers,...
The present paper validates an innovative explicit method to predict the accumulation of soil deform...
A material model, based on total stresses, has been developed to represent the undrained cyclic beha...
Cyclic loading could lead to progressive degradation of soil in terms of plastic strain accumulation...
The high-cycle accumulation (HCA) model by Niemunis et al. allows the prediction of the mechanical r...
For a cyclic-load settlement analysis by the writer 15 yr ago, it was assumed that the material had ...
A high-cycle accumulation (HCA) model predicting the accumulation of permanent strain or excess pore...
A constitutive model for concrete subjected to cyclic loadings in both compression and tension is pr...
This thesis entitled "Modelling of cyclic degradation - Development of a cyclic accumulation model a...
A suite of stress-controlled cyclic triaxial tests were performed on frozen fine-grained soils to as...
Most offshore wind farms around Europe are being constructed with monopile foundations. Whilst there...
A general framework for the modelling of mechanical behavior of structures has been recently propose...