Project Description
Objectives:
- Prediction of shape during metal blanking and cutting processes.
M2i FEA simulation work:
- Development and implementation of 2D non-local damage and crack propagation model using MSC.MARC and in-house software (2005)
- Development and implementation of 3D non-local damage and crack propagation model using MSC.MARC and in-house software (2010)
- Integration of 2D and 3D models as a standard feature in MSC.MARC (2015)
Industrial Benefits:
- Reduce the number of experiments, the waste and the time to market
Contact Person
a.krairi[at]m2i.nl
News
3DMed project final event
On 29 March, the Interreg 2Seas project 3DMed will be concluded with its final event. Within the project the consortium has advanced the state-of-the-art of 3D printing technologies for medical
3DMed workshop at M2I conference
A 3DMed workshop was organized at the annual M2i Meeting Materials conference (Noordwijkerhout, 9-10 December 2019) https://www.m2i.nl/meeting-materials-2019/.
Just approved: 3DMed project on 3D printed medical devices
The project “3DMed – Development and streamlined integration of 3D printing technologies to enable advanced medical treatment and its widespread application” was approved recently by the Monitoring Committee of INTERREG 2Seas programme.
