GE is looking for a fast simulation model for solid contact problems with friction that can be used to perform parametric studies in a practical way. Currently, GE relies on an ANSYS finite element model with Coulomb friction but the model requires several hours of CPU time per run. The study group determined that the simplest solution to this problem is to use parallel processing. A parallel finite element model was setup and run on one of the KAUST multiprocessor machines and produced significant speedups with very little effort allowing practical parametric studies to be performed. The study group also noted that additional optimizations both in the finite element model and in analytical or semi-analytical representations of the bodies i...
A Lagrangian finite element model of orthogonal high-speed machining is developed. Continuous remesh...
During this presentation, two numerical methods for managing contact in large stresses/strains probl...
Figure 1: Examples of rigid body simulations with friction, using our approach. (a, b) 1000 chess pi...
Solid dynamics simulations with Lagrangian finite elements are used to model a wide variety of probl...
The paper deals with the simulation of the non-linear and time dependent behaviour of complex struct...
This paper presents a multi-scale friction model for large-scale forming simulations. A friction fra...
We propose a new method for physics-based simulation supporting many different types of hyperelastic...
We describe an efficient method for the simulation of complex scenarios with millions of frictional ...
Bibliography: pages 82-83.In most implementations of the finite element method for the solution of c...
A multiscale strategy using model reduction for frictional contact computation is presented. This ne...
Computational mechanics is an essential tool for mechanical engineering purposes. Nowadays, numerica...
Cette thèse traite de la simulation numérique de systèmes composés de nombreuxobjets distincts, et d...
Transient solid dynamics simulations are among the most widely used engineering calculations. Indust...
The aim of the present study was to carry out a numerical comparison of different frictional contact...
Two approaches are commonly used for handling frictional contact within the framework of the discret...
A Lagrangian finite element model of orthogonal high-speed machining is developed. Continuous remesh...
During this presentation, two numerical methods for managing contact in large stresses/strains probl...
Figure 1: Examples of rigid body simulations with friction, using our approach. (a, b) 1000 chess pi...
Solid dynamics simulations with Lagrangian finite elements are used to model a wide variety of probl...
The paper deals with the simulation of the non-linear and time dependent behaviour of complex struct...
This paper presents a multi-scale friction model for large-scale forming simulations. A friction fra...
We propose a new method for physics-based simulation supporting many different types of hyperelastic...
We describe an efficient method for the simulation of complex scenarios with millions of frictional ...
Bibliography: pages 82-83.In most implementations of the finite element method for the solution of c...
A multiscale strategy using model reduction for frictional contact computation is presented. This ne...
Computational mechanics is an essential tool for mechanical engineering purposes. Nowadays, numerica...
Cette thèse traite de la simulation numérique de systèmes composés de nombreuxobjets distincts, et d...
Transient solid dynamics simulations are among the most widely used engineering calculations. Indust...
The aim of the present study was to carry out a numerical comparison of different frictional contact...
Two approaches are commonly used for handling frictional contact within the framework of the discret...
A Lagrangian finite element model of orthogonal high-speed machining is developed. Continuous remesh...
During this presentation, two numerical methods for managing contact in large stresses/strains probl...
Figure 1: Examples of rigid body simulations with friction, using our approach. (a, b) 1000 chess pi...