Add to ORKGA recently developed extrapolation method for integrating the equations of motion of mechanical multibody systems is investigated. The inherent parallelism of the extrapolation scheme isused for an implementation on a transputer network. The efficiency of the parallel algorithm is demonstrated at a multibody system which is part of a mechanical printing device
Abstract. This paper presents an efficient algorithm for the parallel implementation of dynam-ics si...
This paper describes a multibody dynamics algorithm formulated for parallel implementation on multip...
This dissertation is concerned with achieving highly efficient simulation of constrained mechanical ...
In the simulation of multibody systems, the equations of motion are generated by so-called multibody...
This paper deals with the decrease in CPU time necessary for simulating multibody systems by massive...
A multibody dynamics formulation has been developed for the purposes of real-time simulation of lar...
Co-simulation methods can be used advantageously in the field of multi-disciplinary simulations. Ano...
This paper addresses three questions related to the use of parallel computing in Multibody Dynamics ...
In spite of the continuous and sustained increase in CPU-time performances of modern computer proces...
In this paper an approach for the application of parallel processing to the dynamic analysis of robo...
One of the current problems in multibody system simulation is the reduction of simulation time. It ...
In summer 1987 most of the multibody dynamics community met at the JPL, Pasadena, to discuss the nee...
Finite element based formulations for flexible multibody systems are becoming increasingly popular a...
The objective is to present the activities at TRW in developing the capability to simulate the behav...
Computationally efficient approaches to the solution of the dynamics of multibody systems are presen...
Abstract. This paper presents an efficient algorithm for the parallel implementation of dynam-ics si...
This paper describes a multibody dynamics algorithm formulated for parallel implementation on multip...
This dissertation is concerned with achieving highly efficient simulation of constrained mechanical ...
In the simulation of multibody systems, the equations of motion are generated by so-called multibody...
This paper deals with the decrease in CPU time necessary for simulating multibody systems by massive...
A multibody dynamics formulation has been developed for the purposes of real-time simulation of lar...
Co-simulation methods can be used advantageously in the field of multi-disciplinary simulations. Ano...
This paper addresses three questions related to the use of parallel computing in Multibody Dynamics ...
In spite of the continuous and sustained increase in CPU-time performances of modern computer proces...
In this paper an approach for the application of parallel processing to the dynamic analysis of robo...
One of the current problems in multibody system simulation is the reduction of simulation time. It ...
In summer 1987 most of the multibody dynamics community met at the JPL, Pasadena, to discuss the nee...
Finite element based formulations for flexible multibody systems are becoming increasingly popular a...
The objective is to present the activities at TRW in developing the capability to simulate the behav...
Computationally efficient approaches to the solution of the dynamics of multibody systems are presen...
Abstract. This paper presents an efficient algorithm for the parallel implementation of dynam-ics si...
This paper describes a multibody dynamics algorithm formulated for parallel implementation on multip...
This dissertation is concerned with achieving highly efficient simulation of constrained mechanical ...