Measurement Wear of Drill in the Manufacturing Process and Its Simulation in Virtual Reality

Abstract

The energy absorption at crash, usually described by stiffness and crashworthiness, is the key request for the car-body components, considering the material they were made from. The modified 3-point bending test with fixed ends has been developed in our department to assess materials for the carbody parts. The force and punch path are measured and used to calculate stiffness and crashworthiness. Experiments were performed on high strength low alloyed steel H220PD, dual phase steel DP 600 and austenitic stainless steels AISI 304 for base material and specimens welded by solid state fiber laser YLS-5000. Based on the experiments and analysis, the austenitic stainless steel is better to use for car body components of frontal deformation zones. Otherwise, the passenger's compartment is better protected by applying dual phase steel for car body parts when side impact occurs.

The Structural of the Basic Module for Construction of Modular Machines

“…Assumption of structural design used a rotating module is assumed for the robotic manipulator, but after suitable treatment even in production machines with a special focus. Applying of simulation system in the process of designing can boost the development process [9]. The way of managing such a structure is suitable incremental manner, of course [10].…”