listed in alphabetical order!
CompositePro	CompositePro uses industry accepted methods and algorithms for its calculations. Both English and SI units are available. It offers illustrative examples for each module, explains the basis for each calculation, and gives tips on using the software.
Esacomp	ESAComp is a computer software for the analysis and design of composite laminates and laminated structural elements. The software is designed to be a professional tool for composites designers and researchers. Cases formed by ESAComp objects: fibers, matrix materials, plies, laminates, and laminate loads. ESAComp Data Bank effective and comprehensive tool for creation and modification of laminates.
FiberSim	FiberSIM is a suite of software tools integrated into popular CAD systems that reduces the cost and time required to design and manufacture composite parts. FiberSIM improves the entire composite engineering process by helping designers quickly create and transition accurate designs, drawings, and related data from preliminary design, through detailed design, and ultimately onto the manufacturing floor. FiberSIM products are tightly integrated into the leading CAD/CAM/CAE environment.
HyperSizer	HyperSizer is an automated structural detail analysis, local sizing optimization, and weight prediction software. The material manager provides interactive graphics for managing metals, foams, honeycomb cores, ply tapes and fabrics. You can build composite laminates with any arbitrary stacking of materials. Calculate stiffness and thermal terms and equivalent orthotropic properties. Graph temperature dependencies, failure envelopes, and stress/strain profiles interactively. Choose from many popular composite failure theories such as Tsai-Wu. Perform highly interactive 'what-if' design changes and see their effects real time.
Lusas	Lusas composite contains a comprehensive range of unrivalled engineering analysis facilities to cater for all types of composite design. From simple failure prediction using a number of failure criteria including Tsai-Hill, Hoffman and Tsai-Wu through to advanced delamination failure modelling, Lusas composite can help shorten your design and checking times giving reliable results every time.
NEiAdvanced Composites	NEiAdvanced composites is a windows application to aid engineers in the design, analysis and manufacture of laminated composite structures. For the designer, the software provides an intuitive means for quickly specifying laminate designs that accurately reflect the ply-based physical composition of the structure.
Samcef	Samcef provides solutions to model and analyze composite materials structures. Amongst them, a comprehensive library of multilayered elements dedicated to the modeling of filament wound structures as well as of laminated composites and of sandwich constructions, a wide range of material behavior laws, of failure criteria, and efficient visualization tools.
SysPly	In Sysply the user determines all the parameters required for assessment of his project: generalized loads, plane and interlaminar stresses, strains, and composite criteria deformed shapes, potential energy distribution,3D stresses, etc. Critical zones are quickly identified, and design parameters are controlled with greater precision. The comprehensive library of composite elements provides for an optimum choice of modeling scale. In addition to conventional functions particular to finite element method analysis, numerous other possibilities have been developed for optimization of design functions: simplified definition of composites, access to other databases, integration of manufacturing processes, and local (edge) effects, etc.