Add to ORKGThe presented paper deals with the solution of rolling contact problem. A virtual model was created in Abaqus FEA software. The boundary conditions and contact forces were subsequently added. The results obtained after the simulation were compared with data obtained by experimental measurements, which were performed on the test stand ELSPO used in theoretical and technological center for plastometer construction materials for experimental analyzes and tests in terms of rolling contact of solids. The FEM simulation and experiment observed the size of the contact pressure, plastic deformation and the width of the track, which was the site of contact
In the processes of surface strengthening of steel parts, the stress-strain state is decisive for ex...
All physical processes of contact phenomenon especially a slip mechanism occur in the superficial la...
The aim of this work is to study pure rolling contact fatigue in 32CrMoV13 quenching and tempering s...
The presented paper deals with the solution of rolling contact problem. A virtual model was created ...
This paper presents the study of the effect of surface hardening treatment on the wear characteristi...
This work presents a simulation of 2D rolling contact on a rough surface using a finite element anal...
The study of the mechanical components on the micro/nano‐scale requires the investigation on stress,...
Machine designers are sometimes confronted with high contact pressure conditions which generate plas...
A model for plasticity assessment in rolling contact is introduced, aimed at simulating the effect o...
The assurance of high precision alignment of workpieces with low stiffness requires thorough knowled...
This thesis deals with running-in of the pure rolling contact situation operating in the boundary lu...
This paper presents a method of measuring deformations in the contact between flat surfaces and a wa...
International audienceA method is described which is an extension of rolling contact models with res...
Accounting for surface roughness in contact simulation can significantly change the calculated value...
All physical processes of contact phenomenon especially a slip mechanism occur in the superficial la...
In the processes of surface strengthening of steel parts, the stress-strain state is decisive for ex...
All physical processes of contact phenomenon especially a slip mechanism occur in the superficial la...
The aim of this work is to study pure rolling contact fatigue in 32CrMoV13 quenching and tempering s...
The presented paper deals with the solution of rolling contact problem. A virtual model was created ...
This paper presents the study of the effect of surface hardening treatment on the wear characteristi...
This work presents a simulation of 2D rolling contact on a rough surface using a finite element anal...
The study of the mechanical components on the micro/nano‐scale requires the investigation on stress,...
Machine designers are sometimes confronted with high contact pressure conditions which generate plas...
A model for plasticity assessment in rolling contact is introduced, aimed at simulating the effect o...
The assurance of high precision alignment of workpieces with low stiffness requires thorough knowled...
This thesis deals with running-in of the pure rolling contact situation operating in the boundary lu...
This paper presents a method of measuring deformations in the contact between flat surfaces and a wa...
International audienceA method is described which is an extension of rolling contact models with res...
Accounting for surface roughness in contact simulation can significantly change the calculated value...
All physical processes of contact phenomenon especially a slip mechanism occur in the superficial la...
In the processes of surface strengthening of steel parts, the stress-strain state is decisive for ex...
All physical processes of contact phenomenon especially a slip mechanism occur in the superficial la...
The aim of this work is to study pure rolling contact fatigue in 32CrMoV13 quenching and tempering s...