International audienceIn this paper, we propose a complete model handling physical simulation of deformable 1D objects. We formulate continuous expressions for stretching, bending and twisting energies. These expressions are mechanically rigorous and geometrically exact. Both elastic and plastic deformations are handled to simulate a wide range of materials. We validate the proposed model on several classical test configurations. The use of geometrical exact energies with dynamic splines provides very accurate results as well as interactive simulation time, which shows the suitability of the proposed model for constrained CAD applications. We illustrate the application potential of the proposed model by describing a virtual system for cable...
Abstract This paper presents a fast and stable technique for simulating deformable objects. Unlike i...
With on-board electronics expansion, electrical cables are an essential partof automotive pieces and...
This article presents how to do stability analysis, variation simulation and tolerance envelopes for...
International audienceIn this paper, we propose a complete model handling physical simulation of def...
With the development of materials science, deformable material objects are used in more andmore fiel...
This paper presents modeling of bending objects using Splines for fast calculations suitable for vir...
In gross motion of flexible one-dimensional (1D) objects such as cables, ropes, chains, ribbons and ...
Computer simulation can provide significant help to solve practical problems concerning the optimal ...
In industry today, virtual design tools are used in the realization of a new product. As changes in ...
Abstract — This paper describes the dynamic modeling of linear object deformation based on different...
In this chapter, the quantitative numerical simulation of the behavior of deformable linear objects,...
Simulation of flexible components is becoming an integral part of virtual product design. However, f...
AbstractSimulation of flexible components is becoming an integral part of virtual product design. Ho...
The efficient accurate modeling of thin, approximately one-dimensional structures, like cables, fibe...
We present an algorithm for the real-time simulation of virtual cables using inverse kinematics. A c...
Abstract This paper presents a fast and stable technique for simulating deformable objects. Unlike i...
With on-board electronics expansion, electrical cables are an essential partof automotive pieces and...
This article presents how to do stability analysis, variation simulation and tolerance envelopes for...
International audienceIn this paper, we propose a complete model handling physical simulation of def...
With the development of materials science, deformable material objects are used in more andmore fiel...
This paper presents modeling of bending objects using Splines for fast calculations suitable for vir...
In gross motion of flexible one-dimensional (1D) objects such as cables, ropes, chains, ribbons and ...
Computer simulation can provide significant help to solve practical problems concerning the optimal ...
In industry today, virtual design tools are used in the realization of a new product. As changes in ...
Abstract — This paper describes the dynamic modeling of linear object deformation based on different...
In this chapter, the quantitative numerical simulation of the behavior of deformable linear objects,...
Simulation of flexible components is becoming an integral part of virtual product design. However, f...
AbstractSimulation of flexible components is becoming an integral part of virtual product design. Ho...
The efficient accurate modeling of thin, approximately one-dimensional structures, like cables, fibe...
We present an algorithm for the real-time simulation of virtual cables using inverse kinematics. A c...
Abstract This paper presents a fast and stable technique for simulating deformable objects. Unlike i...
With on-board electronics expansion, electrical cables are an essential partof automotive pieces and...
This article presents how to do stability analysis, variation simulation and tolerance envelopes for...