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EXPERIMENTAL DEVICE FOR THERMO-MECHANICAL EXPERIMENTS WITH PRECISE TEMPERATURE CONTROL EXPERIMENTAL DEVICE FOR THERMO-MECHANICAL EXPERIMENTS WITH PRECISE TEMPERATURE CONTROL

Citace:
KÁŇA, J. EXPERIMENTAL DEVICE FOR THERMO-MECHANICAL EXPERIMENTS WITH PRECISE TEMPERATURE CONTROL EXPERIMENTAL DEVICE FOR THERMO-MECHANICAL EXPERIMENTS WITH PRECISE TEMPERATURE CONTROL. In Elektronický sborník příspěvků SVOČ 2018 konající se 26.4.2018. Plzeň: Západočeská univerzita v Plzni, Fakulta strojní, 2018. s. 1-5. ISBN: 978-80-261-0779-8
Druh: STAŤ VE SBORNÍKU
Jazyk publikace: eng
Anglický název: EXPERIMENTAL DEVICE FOR THERMO-MECHANICAL EXPERIMENTS WITH PRECISE TEMPERATURE CONTROL EXPERIMENTAL DEVICE FOR THERMO-MECHANICAL EXPERIMENTS WITH PRECISE TEMPERATURE CONTROL
Rok vydání: 2018
Místo konání: Plzeň
Název zdroje: Západočeská univerzita v Plzni, Fakulta strojní
Autoři: Ing. Josef Káňa
Abstrakt EN: The development and optimisation of heat treatment and mechanical working of forged parts would be very timeconsuming and costly if carried out right in the production line. Material research need also testing device with very precise control of both thermal and mechanical loading. For this reason, a thermomechanical simulator has been developed. Using the simulator, mechanical loads, as well as loads from forces, deformation and heat acting on a real-life product during various manufacturing processes can be simulated as well as various experimental strategies needed for understanding processes in the material. The present paper describes such testing system and the related methodology. The testing device was thoroughly tested and currently is used on day to day basic for wide range of testing procedures. Examples of those procedures are presented and commented. The system allows to setup different test procedures fast, with high repeatability while keeping testing costs low. Results achieved on numerous specimens, prove that this newlydeveloped equipment with the aid of material-technological modelling is a cost-effective method of modelling real-life manufacturing processes in laboratory conditions as well as very helpful research tool.
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