Testing & Inspection
TÜV AUSTRIA Websites > EN-TRUSTIT > Solution > Automotive > Virtual Testing Solution: Virtual Testing Testing & Inspection Solution: Virtual Testing Andreas Cinibulk - Gewerbeanfragen Andreas Cinibulk - Gewerbeanfragen Deutschstraße 10 1230 Wien Österreich +43 664 6 04 54 64 63 Send email Deutschstraße 10 1230 Wien Österreich Save to My Bundle Andreas Cinibulk - Gewerbeanfragen Save to My Bundle TÜV AUSTRIA Automotive TÜV AUSTRIA Automotive Deutschstraße 10 1230 Wien Österreich +43 5 0454 1200 Send email Deutschstraße 10 1230 Wien Österreich Save to My Bundle TÜV AUSTRIA Automotive Save to My Bundle Virtual Testing "Virtuelle Prüfung des TÜV AUSTRIA zur computergestützten Berechnung von Bauteilen und ganzen Baugruppen." The virtual testing of TÜV AUSTRIA Automotive GmbH Virtual testing – or also called numerical simulation – is used for the computer-aided calculation of components and entire assemblies. Instead of a time-consuming and sometimes dangerous experimental testing, a computer model is created. The forces and bearings are applied on the computer and after a short calculation time the result is available as a coloured representation. In this way, problems can be identified and changes made to the component even before production. The computer-aided calculation is versatile and can map static and dynamic processes; plastic deformations and component failures due to material fatigue can also be detected at an early stage. The advantages of a virtual testing Shortening development times Avoidance of time-consuming and dangerous tests Rapid test results Compare variants Our simulation services 3D-Scans Comparison of geometries with CAD data Preparation of 3D models based on 3D scans Highly accurate object measurements CAD – Computer Aided Design Analysis of 3D models Creation of 3D geometries based on design sketches Finite Element Methods Static analysis for the representation of deformations and mechanical stresses Calculation of plastic component behaviour and large deformations Analysis of notch structures Calculation of the fatigue strength of components (fatigue fracture or forced fracture) Dynamic simulation of high-speed processes (crash tests, drop tests) Vibration analysis – calculation of the natural frequencies of components Accredited procedures Many test procedures must be carried out in the accredited area. We are constantly expanding our digital testing expertise so that we can offer state-of-the-art tests as computer simulations. Our procedures are recognised by several authorities and enable you to process orders quickly. More Tags: Appraisal Automotive CAD model Calculation Car Computer simulation crash simulation crash test deformations digital testing discretisation drop test FE simulation FEM finite elements flow simulation forces geometry geometry data IT Security ITR modelling multiphysics multiphysics coupling non-destructive testing non-linearity numerical simulation plasticity preliminary testing Rollover test Science & Research Simulation Test centre Tipover test Transport & Traffic Type approval Vehicle Vehicle technology Related solutions from the same sector: Transport & Traffic Quality Management Automotive Industry \| IATF 16949 Automotive Show more Save to my Bundle Autonomous driving Automotive Show more Save to my Bundle Wheel & tire testing Automotive Show more Save to my Bundle All Solutions Discover more sectors: Agriculture Automotive Certification Communications Technology Construction & Real Estate Electronics Energy Foodstuffs Health & Medicine Industry IT & Security Leisure & Entertainment Machinery Municipalities Science & Research Sports & Fitness Sustainability Tourism Trade & Commerce Andreas Cinibulk +43 664 6 04 54 64 63 \| sales-wheels@tuv.at
Andreas Cinibulk +43 664 6 04 54 64 63 \| sales-wheels@tuv.at

TÜV AUSTRIA Websites > EN-TRUSTIT > Solution > Automotive > Virtual Testing

Solution: Virtual Testing

Testing & Inspection

Andreas Cinibulk - Gewerbeanfragen

Deutschstraße 10 1230 Wien Österreich

+43 664 6 04 54 64 63

Send email

Virtual Testing

"Virtuelle Prüfung des TÜV AUSTRIA zur computergestützten Berechnung von Bauteilen und ganzen Baugruppen."

The virtual testing of TÜV AUSTRIA Automotive GmbH

Virtual testing – or also called numerical simulation – is used for the computer-aided calculation of components and entire assemblies. Instead of a time-consuming and sometimes dangerous experimental testing, a computer model is created. The forces and bearings are applied on the computer and after a short calculation time the result is available as a coloured representation. In this way, problems can be identified and changes made to the component even before production.

The computer-aided calculation is versatile and can map static and dynamic processes; plastic deformations and component failures due to material fatigue can also be detected at an early stage.

The advantages of a virtual testing

Shortening development times
Avoidance of time-consuming and dangerous tests
Rapid test results
Compare variants

Our simulation services

3D-Scans

Comparison of geometries with CAD data
Preparation of 3D models based on 3D scans
Highly accurate object measurements

CAD – Computer Aided Design

Analysis of 3D models
Creation of 3D geometries based on design sketches

Finite Element Methods

Static analysis for the representation of deformations and mechanical stresses
Calculation of plastic component behaviour and large deformations
Analysis of notch structures
Calculation of the fatigue strength of components (fatigue fracture or forced fracture)
Dynamic simulation of high-speed processes (crash tests, drop tests)
Vibration analysis – calculation of the natural frequencies of components

Accredited procedures

Many test procedures must be carried out in the accredited area. We are constantly expanding our digital testing expertise so that we can offer state-of-the-art tests as computer simulations. Our procedures are recognised by several authorities and enable you to process orders quickly.