One of the current problems in multibody system simulation is the reduction of simulation time. It is shown of how to achieve progress in this field by an appropriate formulation of the dynamical system equations. In particular, the O(N)-formalism is reviewed briefly and it is shown how the formulation must be modiefied to benefit from parallel computer architectures. A discussion of the modelling of flexible bodies for efficient multibody system simulation completes the presentation
. The object-oriented modeling language Dymola allows the physical modeling of large interconnected ...
The modelling of flexible elements in mechanical systems has been investigated via several methods i...
The continuously improved performance of personal computers enables the real-time simulation of the ...
This paper presents a new methodology demonstrating the feasibility and advantages of a state-time f...
This paper deals with the decrease in CPU time necessary for simulating multibody systems by massive...
Multibody system equations can be generated in various forms. All of these may be interpreted as res...
Abstract. The paper reviews the roots, the state-of-the-art and perspectives of multibody system dyn...
The formalism of multibody systems offers a means of computer-assisted algorithmic analysis and a me...
AbstractIn this paper, the development of a simulation program that can automatically generate equat...
The dynamic analysis of flexible multibody systems requires the combination of rigid body dynamics a...
Click on the DOI link to access the article (may not be free).This chapter includes the main compone...
In this investigation, different computational methods for the analytical development and the comput...
A multibody dynamics formulation has been developed for the purposes of real-time simulation of lar...
Abstract. In recent years, our group has worked on real-time methods for the dynamics of flexible an...
The goal of this project was to develop a generic mechanical system simulator for arbitrary multi-bo...
. The object-oriented modeling language Dymola allows the physical modeling of large interconnected ...
The modelling of flexible elements in mechanical systems has been investigated via several methods i...
The continuously improved performance of personal computers enables the real-time simulation of the ...
This paper presents a new methodology demonstrating the feasibility and advantages of a state-time f...
This paper deals with the decrease in CPU time necessary for simulating multibody systems by massive...
Multibody system equations can be generated in various forms. All of these may be interpreted as res...
Abstract. The paper reviews the roots, the state-of-the-art and perspectives of multibody system dyn...
The formalism of multibody systems offers a means of computer-assisted algorithmic analysis and a me...
AbstractIn this paper, the development of a simulation program that can automatically generate equat...
The dynamic analysis of flexible multibody systems requires the combination of rigid body dynamics a...
Click on the DOI link to access the article (may not be free).This chapter includes the main compone...
In this investigation, different computational methods for the analytical development and the comput...
A multibody dynamics formulation has been developed for the purposes of real-time simulation of lar...
Abstract. In recent years, our group has worked on real-time methods for the dynamics of flexible an...
The goal of this project was to develop a generic mechanical system simulator for arbitrary multi-bo...
. The object-oriented modeling language Dymola allows the physical modeling of large interconnected ...
The modelling of flexible elements in mechanical systems has been investigated via several methods i...
The continuously improved performance of personal computers enables the real-time simulation of the ...