This can lead to reduced costs, development time, material consumption, and product weight. Visit /Inspire to see Inspire 2016 in action.Inspire, the industry’s most powerful and easy-to-use Generative Design/Topology Optimization and rapid simulation solution for design engineers empowers its users by creating and investigating structurally efficient concepts quickly and easily. Inspire is also available as part of the solidThinking Suite, which includes Evolve 2016, released earlier this year. Inspire 2016 is available through more than 120 channel partners worldwide, and through Altair’s patented HyperWorks licensing model. “We are excited to be deploying this technology through our global channel partners with their deep domain knowledge and expertise.” “Inspire embodies our vision to make simulation available across multiple user communities to facilitate innovation,” says James R. New Load Types – Consider temperature loads, velocity, acceleration, G-loads, and enforced displacement to simulate precise loading conditions.
Results Comparisons – Easily compare results across multiple runs and loading scenarios in one table. PolyNURBS – Create manufacturable designs from topology optimization results with NURBS geometry using a simple workflow. My whole team was able to use the program after just a few hours of training and it has led to dramatic time savings in the design process.” “The result is an incredibly robust tool that has not only expanded the use cases for Inspire, but also accelerates the path to cost-effective manufacturing.”ĭoug Hedges, President of Sintavia, LLC., notes that, “Inspire does what few programs can it takes a complex process and makes it easy to understand. “Our new PolyNURBS toolset is a game changer, allowing users to create geometry from optimized results much faster than traditional CAD modelling,” explains Andy Bartels, Program Manager.
TROY, Mich., Ma– The new featured-packed release of solidThinking Inspire ® 2016 introduces groundbreaking PolyNURBS functionality allowing users to quickly and easily flow optimized designs into manufacturable products by wrapping topology results with NURBS geometry.
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