A three—dimensional numerical model was implemented to PFC3D Code to simulate cone penetration test in Ticino sand in a calibration chamber. The model is calibrated using laboratory test results. The full/half/quarter calibration chamber was used to examine the effect of symmetry on the results. Examination of specimen homogeneity was done by (i) visual observation of the network of the contact forces developing between particles, (ii) examination of the porosity, d50 and Cu distributions inside the specimen by using a representative elementary volume (REV). Some overall results from these simulations are also presented here and compared with the experimental results from a calibration chamber test database.Peer Reviewe
In this study, three-dimensional simulations of cone penetration tests (CPT) in cemented sandstone h...
The paper presents the modelling of the cone penetration test using two procedures: a discrete appro...
The paper presents the modelling of the cone penetration test using two procedures: a discrete appro...
A three—dimensional numerical model was implemented to PFC3D Code to simulate cone penetration test ...
A virtual calibration chamber was developed using a three-dimensional (3D) discrete element method (...
A virtual calibration chamber was built using a threedimensional model based on the discrete-element...
A three-dimensional discrete element model is used to investigate the effect of grain crushing on th...
In order to explore the micro-mechanism of CPT, a new circumferential periodic boundary was develope...
The paper contains an overview of the results obtained in a research project exploring the ability ...
As more advanced theoretical methods become available for solution of the complex cone penetration (...
This paper uses the discrete element method (DEM) in three dimensions to simulate cone penetration t...
This paper presents a study on the simulation of cone penetration tests (CPTs) using the discrete el...
In this study, laboratory Cone Penetration Tests (CPTs) were conducted in the MARUM Calibration Cham...
In this study, three-dimensional simulations of cone penetration tests (CPT) in cemented sandstone h...
The paper presents the modelling of the cone penetration test using two procedures: a discrete appro...
The paper presents the modelling of the cone penetration test using two procedures: a discrete appro...
A three—dimensional numerical model was implemented to PFC3D Code to simulate cone penetration test ...
A virtual calibration chamber was developed using a three-dimensional (3D) discrete element method (...
A virtual calibration chamber was built using a threedimensional model based on the discrete-element...
A three-dimensional discrete element model is used to investigate the effect of grain crushing on th...
In order to explore the micro-mechanism of CPT, a new circumferential periodic boundary was develope...
The paper contains an overview of the results obtained in a research project exploring the ability ...
As more advanced theoretical methods become available for solution of the complex cone penetration (...
This paper uses the discrete element method (DEM) in three dimensions to simulate cone penetration t...
This paper presents a study on the simulation of cone penetration tests (CPTs) using the discrete el...
In this study, laboratory Cone Penetration Tests (CPTs) were conducted in the MARUM Calibration Cham...
In this study, three-dimensional simulations of cone penetration tests (CPT) in cemented sandstone h...
The paper presents the modelling of the cone penetration test using two procedures: a discrete appro...
The paper presents the modelling of the cone penetration test using two procedures: a discrete appro...