1. THE FOUNDATION OF ENGINEERING CALCULATE REALIZATION BY MEANS OF CAE SYSTEMS IN FORGING AREA Ing. Jozef Kuba, PhD. University of Žilina, Faculty of Mechanical Engineering, Department of Measurement and Automation, Slovak Republic

2. CAE - tool for Engineering Analysis in forging area

3. Problem definition and dates Handling The input date variety is depending on technology type, problem definition and their number increased with problem complexity. The simplification of problem solving consists in for instance:  design of model as symmetry model wherever it is possibly,  compensate 3-dimensional simulation to 2 – dimensional (a matter of course so it is possible )  using quick and easy tool for components modelling  criteria and boundary conditions set such as the level of desired accuracy,  choosing suitable type of analyse (linear static stress, heat transfer etc.)  application of simulation to complex part from components group (GT principles)

4. ŽU, SjF, KMA4 Structure of Engineering analyse

5. ŽU, SjF, KMA5 Simple task forging process simulation for our students Meshgeneration Boundary conditions Material conditions

6. ŽU, SjF, KMA6 Main par a meters for forging process simulation -dies dimensions, -semiproduct (billet, bar …) dimensions, -dies material properties, -semiproduct material properties, -semiproduct initial temperatures, -dies initial temperatures -press type, -press speed, -length of stroke, -die velocity, -friction type, -friction coefficient, -etc.

7. ŽU, SjF, KMA7 Example of forging process simulation

8. ŽU, SjF, KMA8 Example of forging process simulation TOOLS SEMIPRODUCT

9. ŽU, SjF, KMA9 Example of forging process simulation

10. ŽU, SjF, KMA10 Example of forging process simulation

11. ŽU, SjF, KMA11 Example of forging process simulation

12. ŽU, SjF, KMA12 Result of forging process simulation Problem area

13. ŽU, SjF, KMA13 Result of forging process simulation Problem area