Leverage reinforced plastics durability prediction, from calibration to post processing скачать в хорошем качестве

Leverage reinforced plastics durability prediction, from calibration to post processing

Short glass fiber reinforced plastics (SFRP) are increasingly employed in load-bearing structural parts. Especially, for automotive applications it now becomes essential to be able to predict their long-term performance. On the one hand, SFRP lifetime prediction is very challenging as it is affected by many factors typical for this class of materials, like: anisotropy (micro-structure), load amplitude, load ratio, load frequency, and temperature. On the other hand, in the FEA simulation, mesh density needs to be considered carefully. This requires to account for the effect of stress concentrations on the lifetime prediction. This can only be achieved by developing advanced post-processing tools. You can learn how DSM and e-Xstream partner to equip Digimat with the tools needed to face those challenges: in Digimat-MX, a dedicated environment for SFRP high cycle fatigue calibration, and in Digimat-RP, a fatigue simulation result post-processing environment. Request more info: www.e-xstream.com