Innovative Desing & Manufacturing of Composite Products
What’s new in DIGIMAT 4.3.1?
Failure – Tsai‐Hill‐3D transversely isotropic with HYBRID
The Tsai‐Hill transversely isotropic criterion allows the definition of full 3D failure by only three parameters. Applied on the composite level in each pseudo‐grain and used with the HYBRID solution it gives a highly accurate failure model for short fiber reinforced plastics. With 4.3.1 HYBRID failure is available independent from the solution method chosen for stiffness computation.
Fatigue – CAE interface to LMS Virtual.Lab Durability
The pseudo--‐grain based fatigue model is now available in the first interface to lifetime prediction software, for LMS Virtual.Lab Durability. Based on results from injection molding simulation the influence of local anisotropy on the S(N) curves is taken into account in the simulation of high cycle fatigue.
RVEs – More flexible generation of microstructures
The new release offers great enhancement in the flexibility of RVE generation. Among the new features are the definition of fixed inclusion positions, the control over positions and shape of clusters and general flexibility in the generation of phases in the RVE. To enable this, changes in the Digimat‐FE GUI structure have been made.
Digimat‐MX – Improved look & feel
Look & feel of Digimat‐MX has been adapted to the other DIGIMAT modules. A filter tree enables quick and efficient overview over data shown in the main window. An advanced filter tool is additionally available. Deeper level information is accesses via right‐click functionalities and shown in separate TABs. Import and Reverse Engineering tools are used to work on the database.
More information: www.e‐Xstream.com