CMAS 3.0 Release Information

CMAS 3.0 has been released in April 2011.
In this version, a new material constitutive law of anisotropic viscoelasticity has been added to the non-linear version.

CMAS 3.0: Release Highlights

Non-linear version: Homogenization Analysis (physical properties identified) with viscoelasticity

A material constitutive law of anisotropic viscoelasticity has been added. Accordingly, the scope of the multi-scale analysis has been expanded to include rubber composites, metal matrix composite materials as well as composite material which consists of a viscoelastic body such as a resin as a base material.
Analysis Example: Three-point bending test of the reinforced fiber composite materials.

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Analysis Example

• Predicting the strength of composite materials using Ansys software and Multiscale.Sim
• Effect of underfill microstructure on solder life and observing crack initiation and propagation on solder in semiconductor package under thermal cyclic load.
• Elasto-plasticity numerical test of the FRP material with consideration of crack propagation in resin/ interfacial peeling of multi-scale analysis
• Large strain numerical material test of fiber-based composite material using advanced element formulation
• Multi-scale analysis on the porous cantilever
• Multi-scale analysis of the honeycomb structure cantilever
• Homogenization analysis of composite resin with oriented fiber
• Homogenization Analysis of the Conductive Adhesive
• Micro/Macro Sequential Coupled Analysis of Electronic Substrates
• Three-point bending test of the reinforced fiber composite materials
• Pipe Subjected to Internal Pressure
• Stress of an aircraft wing (localization analysis)
• Flow in the catalytic converter (seepage flow homogenization analysis)
• Micro-stress distribution of the internal metal structure　(numerical material test)
• Layered magnetic shield (Magnetic field homogenization analysis)
• Elasto-plasticity Homogenization Analysis of CFRP
• Viscoelastic Numerical Material Test
• Super-elastic multi-scale analysis of tire

Webinar & Events

Journal Articles Introduction

• Material constant identification method of anisotropic elastic-plastic
• Integration into general-purpose CAE tool of anisotropic viscoelastic constitutive law
• Development of non-coupling multiscale analysis system for strain rate dependent material
• A method of two-scale analysis with micro-macro decoupling scheme: application to hyperelastic composite materials

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