HyperSizer Express Brings NASA Skillset to Mountain Bikes
Collier Research 's NASA-spinoff software, HyperSizer, has been used widely in military and commercial aircraft as well as space-agency programs for 20 years. Collier has released a new “ Express” version of its design tool to support industries outside aerospace. The tool optimizes the shape of composite materials to make lighter, stronger, more durable products. Collier wants to offer its aerospace product as a tool to design automotive components or sport products such as snowboards, tennis racquets, medical prostheses, and mountain bikes.
One of Collier’s research engineers, Bertram Stier, is a mountain bike enthusiast. Stier used HyperSizer to create a stronger, lighter mountain bike. “HyperSizer optimizes the composite structure of all types materials, including both metallic and composite,”. “Express finds out the optimum shape as well as the best material. It takes different types of requirements into account, and it takes out weight without sacrificing safety. The aim is to reduce weight.
The HyperSizer interface is designed to quickly step users through the process work flow. The process starts by importing a FEM and the FEA computed stress resultants (element forces). Users select the material, the analyses to perform, and the design criteria such as layup rules. The tool then iterates with FEA (Nastran, Abaqus, ANSYS, Optistruct) to converge load paths and to resolve buckling and displacement stiffness constraints.