A loose two-way coupling of SNL's Presto v2.8 and CTH v8.1 analysis code has been developed to support the analysis of explosive loading of structures. Presto is a Lagrangian, three-dimensional explicit, transient dynamics code in the SIERRA mechanics suite for the analysis of structures subjected to impact-like loads. CTH is a hydro code for modeling complex multi-dimensional, multi-material problems that are characterized by large deformations and/or strong shocks. A fundamental assumption in this loose coupling is that the compliance of the structure modeled with Presto is significantly smaller than the compliance of the surrounding medium (e.g. air) modeled with CTH. A current limitation of the coupled code is that the interaction betwe...
The applicability of the general-purpose continuum mechanics codes, or “hydrocodes, ” to underwater ...
The main objective of the project is to improve modeling capabilities for Fluid-Structure-Interactio...
In this study we present the application of numerical and analytical models to predict the transient...
Presto is a Lagrangian, three-dimensional explicit, transient dynamics code for the analysis of soli...
Presto is a Lagrangian, three-dimensional explicit, transient dynamics code that is used to analyze ...
Presto is a Lagrangian, three-dimensional explicit, transient dynamics code for the analysis of soli...
Simulation of the effects of explosives on structures is a challenge because the explosive response ...
A generalized method for generating the necessary load curves for the finite element input from CTH ...
Hydrocodes or more accurately, shock physics analysis packages, have been widely used in the US Depa...
International audienceThis paper describes a soil-structure coupling method to simulate blast loadin...
A material model accounting for strength developed earlier for two-phase materials is implemented in...
This paper presents a non intrusive approach to couple a SPH fluid code with a FEM or SPH solid code...
This paper deals with the numerical methodologies used at CNES DLA to set up Fluid-Structure Interac...
International audienceThis study is part of an effort to assess the mechanical effects of an acciden...
The main objective of the project is to improve modeling capabilities in fluid-structure-interaction...
The applicability of the general-purpose continuum mechanics codes, or “hydrocodes, ” to underwater ...
The main objective of the project is to improve modeling capabilities for Fluid-Structure-Interactio...
In this study we present the application of numerical and analytical models to predict the transient...
Presto is a Lagrangian, three-dimensional explicit, transient dynamics code for the analysis of soli...
Presto is a Lagrangian, three-dimensional explicit, transient dynamics code that is used to analyze ...
Presto is a Lagrangian, three-dimensional explicit, transient dynamics code for the analysis of soli...
Simulation of the effects of explosives on structures is a challenge because the explosive response ...
A generalized method for generating the necessary load curves for the finite element input from CTH ...
Hydrocodes or more accurately, shock physics analysis packages, have been widely used in the US Depa...
International audienceThis paper describes a soil-structure coupling method to simulate blast loadin...
A material model accounting for strength developed earlier for two-phase materials is implemented in...
This paper presents a non intrusive approach to couple a SPH fluid code with a FEM or SPH solid code...
This paper deals with the numerical methodologies used at CNES DLA to set up Fluid-Structure Interac...
International audienceThis study is part of an effort to assess the mechanical effects of an acciden...
The main objective of the project is to improve modeling capabilities in fluid-structure-interaction...
The applicability of the general-purpose continuum mechanics codes, or “hydrocodes, ” to underwater ...
The main objective of the project is to improve modeling capabilities for Fluid-Structure-Interactio...
In this study we present the application of numerical and analytical models to predict the transient...