Info
This course addresses the end-to-end process chain to design bionic lightweight parts. Participants will learn how to set up a topology optimization and how to include bionic features in the design. Finally a producible bionic part is designed, prepared to build, and manufactured.
The Content
Unit 1 and 2 : Theory od Optimization and Introduction to Altair's Inspire Software
Practical Unit 3-5 : Set Up Topology Optimization and Stractural Interpretation
Unit 6 : Material Proporties for Laser Beam Melting
Unit 7 : Design for LBM
Unit 8-10 : Bionic Design of Individually Optimized Parts ( Theory and Practical)
Unit 11 and 12: Digital Process Chain and Data Preparation in Magics ( Theory and Practical)
Practical Unit 13 : Finalization of Bionic Design for Printing
Unit 14 and 15 : LBM Machine Operation and Tour through Fraunhofer IAPT Machinery ( Theory and Practical)
Unit 16 : Cost Estimation and Design to Cost for LBM
Unit 17: Application of AM in Different Industries
Unit 18 - 22 : Post-processing and Quality Assurance ( Theory and Practical)
What are your benefits from this course?
- Learning how to successfully design for Laser Beam Melting (LBM) including bionic design features
- Fundamentals of the AM process to understand AM design thinking
- Introduction to AM software solutions and topology optimization
- Practical design exercise using AM software solutions.
Requirements:
Basic engineering knowledge, CAD experience recommended
Language:
English or German
Duration:
3 Days