• Allows customer to easily analyse:

- Load finite element analyses of a broad range of different solvers

- Assign a micromechanical material model to a specific part

- Choose a robust & fast multi-scale simulation method for a coupled analysis

- Map local microstructure information onto the part

- Launch & monitor the coupled analysis

- Access the results of the multi-scale simulation

• Provides easiness to user for Honeycomb composites panels by

- Set up the structure of a composite sandwich panel

- Define the properties of the core (honeycomb & foam)

- Define the properties of the skins (UD, woven & chopped fibers)

- Investigate the panel design under different scenarios (3-/4-point-bending & shear)

- Flexibly access the results of the analysis (field plot & through-thickness path analysis)

• Digimat-AM simulation software for Additive manufacturing which allows the user to-

- Select additive manufacturing process

- Select the printer from a dedicated database with pre-defined parameters, or specify user-defined parameters

- Load the part geometry in STL format

- Load the slicing or toolpath definition

- Select the material grade (reinforced or unfilled polymer) and the associated material model from Digimat-MX database

- Build the voxel mesh of the part

- Solve the thermo-mechanical or thermal finite element analysis simulating the printing process

- Post-process and export the results of the process simulation (stress/strain fields, warped part shape, …)

- Process optimization

• Dsimulation Solution for Composite coupons which is user-friendly for

- Describe test matrix in a few clicks

- Create multiscale material models centered on composite datasheet

- Model batch and process variability

- Move further than what's recommended CMH17 procedures

- Drive a test matrix into FEA runs to achieve virtual allowables

- Estimate effect of defect such as porosity, delamination, ply waviness and AFP gapsnon-li