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The use of material-technological modelling to determine the effect of temperature and amount of deformation on microstructure evolution in a closed-die forging treated by controlled cooling

Citace:
JENÍČEK, Š., VOREL, I., KÁŇA, J., OPATOVÁ, K. The use of material-technological modelling to determine the effect of temperature and amount of deformation on microstructure evolution in a closed-die forging treated by controlled cooling. Manufacturing Technology, 2017, roč. 17, č. 3, s. 326-330. ISSN: 1213-2489
Druh: ČLÁNEK
Jazyk publikace: eng
Anglický název: The use of material-technological modelling to determine the effect of temperature and amount of deformation on microstructure evolution in a closed-die forging treated by controlled cooling
Rok vydání: 2017
Autoři: Ing. Štěpán Jeníček , Ing. Ivan Vorel , Ing. Josef Káňa , Kateřina Opatová
Abstrakt EN: From the initial feedstock to the final product, the manufacture of forged parts is a highly complex process in which a large number of technological factors play their role. These factors are associated with tempera tu re and the amou nt and rate of deformation.Developing a manufacturing route often involves major effort being put into finding optimum production parameters with respect to boundary conditions which mainly comprise customer requirements and financial aspects. In order to determine an optimu m set-up for forging production or to intro­ duce a new technology, a number of essential steps must be taken and sometimes repeated.In this context, mate­ rial-technological modelling is a promising and effective tool which enables n u merous optimization phases to be carried out in a laboratory environment without disrupting the operation of production lines in forge shops. The present pa per describes material-technological modelling of prod uction of a closed-die forged part of microalloyed steel involving the use of controlled cooling. The objective of this investigation was to define the processing window for microstructure evolution, depending on the forging tempera ture, the amount of deformation, and the rate of cooling from the finishing temperature
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