"SwiftComp allows us to quickly perform analysis based material design because it generates constitutive models traceable to models we’ve calibrated with test data. SwiftComp does this with a workflow that is fast and intuitive so that we can consider more design options and arrive at the best solution faster."

“The VABS beam modeling software provides a cornerstone of our structural analysis capabilities and response simulation work. It forms an essential part of NTPT’s design and engineering tool box and is used daily as we continue the development of our range of advanced composite tubular products."

"In Limosa Inc., we are designing an electric vertical takeoff and landing aircraft. We use VABS and SwiftComp for wing structure design, optimization and sizing. This software saves the cost of design considerably."

"VABS was very helpful in the design of bend-twist coupled blades to achieve load alleviation in wind turbine systems since the design of bend-twist coupled blades required many design changes involving ply numbers to achieve the proper sectional stiffness values. With the speed of VABS we were able to finish many designs in a very timely manner."

"We started using VABS in 2008.  Since that time, we have designed and fabricated approximately 17 different composite blade programs including scaled wind tunnel rotors, UAV propellers, full-scale experimental rotors, and also three man-rated rotor blade designs.  All of these programs started out with VABS and several more are on the horizon."

"While working on my thesis about quasi-steady aeroelastic analysis of composite wind turbine blades, I often relied on VABS. I highly recommend VABS as an efficient high-fidelity cross-sectional analysis tools to model initially curved and twisted anisotropic beams with arbitrary sectional topology and materials.”

“This partnership with AnalySwift expands our national geographic footprint and enhances the capabilities offered to our members. Gaining AnalySwift as a member broadens the diversity of the entire organization while contributing to our mission of developing new composite manufacturing technologies.”