Design Better Materials, and Gain Advantage
with Integrated Simulation

Before you can model your composite structures, you need to design the laminate and understand the material behavior based on constituent materials, and their distribution and orientation. Successful analyses require integration of data from multiple sources, which could include test, simulations to understand strand orientation, and residual stress results. Digimat uses micromechanical methods to predict the behavior of multi-phase materials, and bridges the gap between manufacturing processes, material design, and structural FEA. Attend this webinar series to learn how you can use the Digimat family of products to improve the fidelity of your composite structural analysis and improve your designs.

• February 26, 2013
  Multi-scale modeling of composite materials & structures in the automotive industry (On-Demand)
  
  March 26, 2013
  Nonlinear multi-scale modeling of short fiber reinforced plastics (On-Demand)
  
  April 23, 2013
  Multi-scale modeling of composite materials & structures in the aerospace industry
  Session 1 (9:00 am GMT, Paris +2:00) | Session 2 (5:00 PM GMT, Paris +2:00)
  
  June 19, 2013
  Digimat Easy & Quick Modeling
  Session 1 (9:30 am GMT, Paris +2:00) | Session 2 (5:00 PM GMT, Paris +2:00)

• June 25, 2013
  Multi-scale modeling of UD & woven composites with Digimat
  Session 1 (9:00 am GMT, Paris +2:00) | Session 2 (5:00 PM GMT, Paris +2:00)
  
  September 24, 2013
  Multi-scale modeling of composite materials & structures in the electronics industry
  
  
  October 22, 2013
  Strategies for the design of composites materials & structures