Simulation Composite Analysis is designed for multiple material systems, each with their own failure modes accounted for in a progressive failure analysis.
The software addresses unidirectional materials and a variety of woven materials, such as plain woven, four-, five-, and eight-harness satin weaves. It also includes a predefined set of both unidirectional and woven materials, with all data taken from published experiments.
Compatible with both Abaqus/Standard and Abaqus/Explicit to simulate progressive response with either formulation.
Simulate the distinctly nonlinear progression of failure events more accurately in composite structures.
Work beyond the limitations of linear elastic and first-ply failure methods. Simulation Composite Analysis is designed to efficiently handle material nonlinearity both pre- and post-failure. A unique material degradation scheme enables consistent and reliable prediction of global structural failure.
Simulate intra-ply (fiber and matrix) and inter-ply (delamination) failure simultaneously.
Use energy-based damage evolution to control the rate of material degradation for your composite structure.
Select the right advanced composite failure criteria to predict distinct failure of the fiber and matrix constituents.
Determine the life of your composite structure under fatigue loading with physics-based progressive fatigue life calculation tools.
Gain the improved accuracy of a constituent-based composite failure method.
Use a built-in library of lamina materials, or quickly define your own with an easy-to-use interface.
The material library comes populated with composite lamina material properties fully characterized for simulations. A Composite Material Manager tool provides a convenient interface for creating a new material file. Use standard strength and stiffness properties to easily characterize your own unidirectional or woven lamina for use in your composite simulation.
Add Simulation Composite Analysis to your finite element analysis (FEA) platform for advanced composite materials analysis.