Progressive Failure Analysis (PFA)
PFA is an integrated structural analysis/design software that predicts strength, reliability and durability of structural components at the design stage with minimal experimental testing support.

Progressive Failure Dynamic Analysis (PFDA)
PFDA performs progressive failure analysis on composite structures using an explicit transient dynamic algorithm.

Virtual Crack Closure Technique (VCCT) & Discrete Cohesive Zone Model (DCZM)
Virtual Crack Closure Technique (VCCT) and Discrete Cohesive Zone Model (DCZM) are fracture mechanics based approaches for progressive crack growth analysis.

Material Constituent Analysis (MCA)
MCA is a 2D/3D composites (i.e., Laminated, Woven, and Stitched) analyzer, that was originally developed at NASA/Glenn Research Center.

Material Uncertainty Analysis (MUA)
MUA combines composite micro-mechanics and probabilistic analysis to evaluate composite material reliability from the scatter of measured fundamental primitive variables.

Material Characterization Optimization (MCO)
MCO is an integrated material characterization/optimization tool that can reverse-engineer structural and material behavior.

Filament Winding (FW)
FW designs and analyzes composite over-wrapped pressure vessels (COPV's). It is based on advanced NASA composite mechanics codes combined with a special module for filament winding analysis.