Composites Applications Available Through the Altair Partner Alliance 

An Easy-to-Use Software that Bridges the Gap Between Injection Molding Simulation and Mechanical Simulation

CONVERSE has a variety of mapping capabilities including but not restricted to fiber orientation, weld lines, pressures, temperatures, thickness and stresses. It exports the data in a ready-to-use FE input deck for the particularly supported solver and for the built-in material model of that solver.

Learn more about CONVERSE.

Smart Composite Design with Adapted Fiber Orientation and Reduced Material Scraps

QSD is an easy-to-use design optimization workflow integrated within Altair HyperWorks. With QSD you can tailor the thicknesses and orientation of your composite lay-up to reach your cost/performance target, providing faster and better prospective design, improved tailor composite preform optimization, and design to cost with integrated process know-how.

Learn more about QSD®.

Compute Beam Properties and 3D Stresses of Advance Composites Structures

VABS is a general-purpose efficient, yet accurate cross-sectional analysis tool for computing beam properties and recovering 3D stresses/strains of slender composite structures.  It is a powerful tool for modeling composite helicopter and wind turbine rotor blades, as well as other slender composite structures, such as propellers, landing gear, and high-aspect ratio wings.

Learn more about VABS.

Composites Preliminary Analysis for Sub-Components

CoDA modules were developed to provide preliminary design procedures to enable a first analysis to be undertaken. The analysis will be followed by build and test for those without more sophisticated analysis facilities.

Learn more about CoDA.

Composite Laminate Analysis for Fundamental Shapes

LAP is used in the preliminary design for tailoring, analyzing, and optimizing laminates and composites. LAP can be used to analyze any type of composite laminate subjected to in-plane loads and moments.

Learn more about LAP.

Simulate Curing Reactions in Composite Materials

Advanced Cure Simulation (ACS) is a unique solution that allows the prediction of polymerization, buildup of residual stresses, and deformations during the processing of composite.

Learn more about ACS

Filament Winding Software for Composite Product Design

TaniqWind Design is a filament winding software for the design of composite products such as pipes and pressure vessels.

Learn more about Taniq Wind Design

A Bridge Between Simulation and Test

EikoTwin DIC allows image processing (digital image correlation) based on the finite element (FE) mesh of your simulation.

Learn more about EikoTwin DIC

A Bridge Between Simulation and Test

EikoTwin Lite makes everything easier by letting you compare traditional sensor data with simulation results in one click. With it, users can import simulations model and process strain gauge data, force, and displacement sensors in a few seconds, and perform simulation validation efficiently by using analysis features developed for many sensors.

Learn more about EikoTwin Lite