TY - JOUR
AU1 - SZKANDERA, Pavel
AU2 - RUSZ, Stanislav
AU3 - ZABYSTRZAN, Rostislav
AU4 - Švec, Jiří
AU5 - HILŠER, Ondřej
AU6 - Pastrňák, Martin
AU7 - 
AB - The DRECE method is a very promising method for forming sheet metal sheet using the severe plastic deformations (SPD) principle. The DRECE method is characterized by the continuous extrusion of the sheet metal strip by the forming die, which creates a forming angle of 108 ° in the deformation zone. In the case of materials formed by a given method, there is a substantial increase in the mechanical properties, in particular the yield strength, already after the first pass through the forming device, while maintaining sufficient ductility of the materials. This fact is very important for the subsequent use of the method in industrial practice. In order to study the possibility of applying the DRECE method in industrial practice, this work presents proposals for design solutions for industrial use. The proposed design solution is also supplemented by mathematical simulations of the forming process. Keywords: Severe plastic deformation process, DRECE method, mechanical properties 1. INTRODUCTION Severe plastic deformation (SPD) is defined as the forming process, in which an extremely large deformation stress is applied to the formed material by means of various forming methods, in order to achieve an ultra-fine- grained to nano structure (UFG and nano structure). SPD methods 
TI - Influence of sheet metal feed speed on increasing the efficiency of the forming process by the DRECE method in innovation forming equipment
JF - METAL Conference Proeedings
DO - 10.37904/metal.2022.4470
DA - 2022-01-01
UR - https://www.deepdyve.com/lp/unpaywall/influence-of-sheet-metal-feed-speed-on-increasing-the-efficiency-of-mJ0zpvKdLL
DP - DeepDyve
ER -