Add to ORKGAn efficient, scalable, parallel algorithm for treating material surface contacts in solid mechanics finite element programs has been implemented in a modular way for MIMD parallel computers. The serial contact detection algorithm that was developed previously for the transient dynamics finite element code PRONTO3D has been extended for use in parallel computation by devising a dynamic (adaptive) processor load balancing scheme
A machine independent parallel version of CONDAT-DYNA3D, a finite element program for nonlinear stru...
In computational mechanics, the contact problem between moving bodies is always an interesting topic...
In numerous industrial applications there is the need to realistically model granular material. For ...
Solid dynamics simulations with Lagrangian finite elements are used to model a wide variety of probl...
In finite-element, transient dynamics simulations, physical objects are typically modeled as Lagrang...
Transient solid dynamics simulations are among the most widely used engineering calculations. Indust...
An efficient, scalable, parallel algorithm for treating contacts in solid mechanics has been applied...
Transient dynamics simulations are commonly used to model phenomena such as car crashes, underwater ...
The local contact detection step can be very time consuming for large contact problems reaching the ...
We describe a general strategy we have found effective for parallelizing solid mechanics simula- tio...
A novel Contact Detection (CD) algorithm for Body-Point interaction for Combined Finite Discrete Ele...
Current progress in parallel algorithm research and applications in vehicle crash simulation is desc...
International audienceThe book covers all basic ingredients of contact and computational contact mec...
Finite element programs with explicit time integration for nonlinear structural dynamics are getting...
Transient dynamics simulations are commonly used to model phenomena such as car crashes, underwater ...
A machine independent parallel version of CONDAT-DYNA3D, a finite element program for nonlinear stru...
In computational mechanics, the contact problem between moving bodies is always an interesting topic...
In numerous industrial applications there is the need to realistically model granular material. For ...
Solid dynamics simulations with Lagrangian finite elements are used to model a wide variety of probl...
In finite-element, transient dynamics simulations, physical objects are typically modeled as Lagrang...
Transient solid dynamics simulations are among the most widely used engineering calculations. Indust...
An efficient, scalable, parallel algorithm for treating contacts in solid mechanics has been applied...
Transient dynamics simulations are commonly used to model phenomena such as car crashes, underwater ...
The local contact detection step can be very time consuming for large contact problems reaching the ...
We describe a general strategy we have found effective for parallelizing solid mechanics simula- tio...
A novel Contact Detection (CD) algorithm for Body-Point interaction for Combined Finite Discrete Ele...
Current progress in parallel algorithm research and applications in vehicle crash simulation is desc...
International audienceThe book covers all basic ingredients of contact and computational contact mec...
Finite element programs with explicit time integration for nonlinear structural dynamics are getting...
Transient dynamics simulations are commonly used to model phenomena such as car crashes, underwater ...
A machine independent parallel version of CONDAT-DYNA3D, a finite element program for nonlinear stru...
In computational mechanics, the contact problem between moving bodies is always an interesting topic...
In numerous industrial applications there is the need to realistically model granular material. For ...