Altair OptiStruct

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Altair OptiStruct Benefits

Feasible Designs obtained with Manufacturing Constraints
Reduce Development Time
Through OptiStruct's design synthesis approach, CAE is applied upfront in the product development cycle, thereby driving the design process and enabling a reduction in the number of design iterations

Improve Design Performance
OptiStruct helps to develop structurally sound, lightweight products by applying the most advanced optimization methods to solve the design problem.

Higher Productivity Through HyperWorks Integration
OptiStruct's integrated analysis and optimization approach enables computationally efficient concept design synthesis and design optimization studies. A highly organized and intuitive user-interface greatly simplifies user effort through the optimization process.

Explore More Design Alternatives
OptiStruct's advanced optimization engine allows users to combine topology, topography, size and shape optimization methods to create more alternative design proposals. Manufacturing requirements can also be defined as input to the simulation to create design proposals that are easier to interpret and to manufacture.

Innovative Methods for Efficient Multi-Disciplinary Optimization
OptiStruct's innovative, first-to-market methods allow for efficient and accurate MBD and system level optimization, fatigue-based concept design and optimization, concept design to design detailing of laminate composites and stress-based topology optimization apart from others.

Case Studies

Biomedical Research at the Scripps Clinic: Modeling Orthopedic Implants with Altair HyperWorks   More

Multi-Disciplinary Design of an Aircraft Landing Gear with Altair HyperWorks   More

Publications

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