11–15 Sept 2017
Congress Graz, Austria
UTC timezone

Integrated Forging and Life-time Computational Simulation for Aerospace Parts – Developed for International Sourcing of Various Manufacturing Bases

13 Sept 2017, 09:00
20m
Room B (Congress Graz, Austria)

Room B

Congress Graz, Austria

Albrechtgasse 1 8010 Graz Austria
Oral Presentation Numerical analysis and simulation Numerical analysis and simulation

Speakers

Georg Haberz (HGC Technology) Stefan Trabesinger (SinusPro GmbH)

Description

**Points of Classification and a Short Abstract** The target was to analyze the complete forging process from raw material to finished forged parts. The presentation is based on a best practice example considering growing forging sources from Asia. In a first step, all relevant parameters for the whole process needed to be defined. This analysis phase was done at international suppliers on site. We noticed well equipped and modern forging sources suitable for the aerospace industry in the Asian region. By experience, the demand of service support for forging design development, dies and toolings is high, especially for high sophisticated applications. During this project a new supplier for aerospace parts was developed which finally was able to submit the total approval for new forged parts in aerospace. In addition, to guarantee a stable serial production process combined with high cost efficiency, the development is supported by Low-Cycle-Fatigue Finite-Element-Analysis to calculate part and die life-time including crack propagation. The total development process is based on a highly connected collaboration of the integrated computational simulation and the process management work. This presentation will show all technical aspects and will give an overview of entering and developing new markets for forged parts with special focus on the aerospace industry.

Authors

Georg Haberz (HGC Technology) Stefan Trabesinger (SinusPro GmbH)

Presentation materials