DESIGN OF MECHANICAL FORGING PRESS WITH MAXIMAL FORCE IN SIDE CAVITY

Abstract

This paper deals with design of crankshaft forging press for multi-cavity forging with maximal forging force in on of side cavities. As a tool was used optimization of structure, structural FEM analysis and geometrical modification of frame. Results are in more uniform stress distribution in whole structure of forging press. This design leads to optimized production and improved quality of final products. Forging press with this modification has higher durability and it has competitive advantage.

Recommended articles

TEST BENCH FOR TESTING OF THE TRACTION DRIVE OF RAILWAY VEHICLES

BOHUMIL CEJKA, LUKAS TRPAK, PETR HELLER
Keywords: test bench | traction drive | torque transmission | suspension | gearbox oil leakage | fully-suspended drive | computer simulation | optimization

ANALYSIS OF THE WEAR OF SAW BLADE TEETH AND THE PROPOSAL OF METHODS OF INCREASING THEIR WEAR RESISTANCE

JAN KOVAC, MIROSLAVA TAVODOVA, ANDRZEJ PEREC, DANIELA KALINCOVA, JOZEF KRILEK
Keywords: saw blade | cutting edge | wear | tool steel | coating