Add to ORKGA physically based model of the frictional interaction between dry surfaces is presented. The paper reviews a number of static and dynamic friction models, and discusses numerical techniques for the accurate and efficient numerical implementation of a dynamic elasto-plastic model. An application to the bowed string is provided, and the resulting simulations are compared to recent results from the literature
Abstract: There have not been any suitable frictionmodels to properly solve plasticity problems yet....
This paper presents numerical results and comparisons with some experimental data for a newly develo...
This paper presents a theoretical model for (dry, low-velocity, wear-less) friction force dynamics b...
A physically based model of the frictional interaction between dry surfaces is presented. The paper ...
A physically based model of the frictional interaction between dry surfaces is presented. The paper ...
A physically based model of the frictional interaction between dry surfaces is presented. The paper ...
This paper proposes a digital waveguide model of a bowed string in which the interaction between the...
This paper proposes a digital waveguide model of a bowed string in which the interaction between the...
Despite considerable research effort, the use of physics-based modelling to predict frictional behav...
Various friction models were formulated to describe such a complex and naturally nonsmooth phenomeno...
In this paper a new friction model for the pre-sliding regime of dry friction is proposed. Current h...
We present a model for the steady dynamic friction of a block of an elastomer, sliding steadily on a...
After giving an overview of the different approaches found in the literature to model dry friction f...
A static friction model for contact between rough rubber and metal surfaces is developed. This model...
The Contact Problem is of great practical significance. The nature of contact and friction, however,...
Abstract: There have not been any suitable frictionmodels to properly solve plasticity problems yet....
This paper presents numerical results and comparisons with some experimental data for a newly develo...
This paper presents a theoretical model for (dry, low-velocity, wear-less) friction force dynamics b...
A physically based model of the frictional interaction between dry surfaces is presented. The paper ...
A physically based model of the frictional interaction between dry surfaces is presented. The paper ...
A physically based model of the frictional interaction between dry surfaces is presented. The paper ...
This paper proposes a digital waveguide model of a bowed string in which the interaction between the...
This paper proposes a digital waveguide model of a bowed string in which the interaction between the...
Despite considerable research effort, the use of physics-based modelling to predict frictional behav...
Various friction models were formulated to describe such a complex and naturally nonsmooth phenomeno...
In this paper a new friction model for the pre-sliding regime of dry friction is proposed. Current h...
We present a model for the steady dynamic friction of a block of an elastomer, sliding steadily on a...
After giving an overview of the different approaches found in the literature to model dry friction f...
A static friction model for contact between rough rubber and metal surfaces is developed. This model...
The Contact Problem is of great practical significance. The nature of contact and friction, however,...
Abstract: There have not been any suitable frictionmodels to properly solve plasticity problems yet....
This paper presents numerical results and comparisons with some experimental data for a newly develo...
This paper presents a theoretical model for (dry, low-velocity, wear-less) friction force dynamics b...