New features deliver enhanced cloud collaboration, efficient end-to-end simulation workflows, and superior design creation with AI-powered simulation
Altair, a global leader in computational science and artificial intelligence (AI) announced the latest updates to its simulation portfolio, Simulation 2022.3. These updates build on the enhancements brought by Simulation 2022.2 and focus on cloud collaboration and computing, efficient end-to-end simulation workflows, and superior design creation with AI-powered simulation.
Transforming Collaboration and Computing in the Cloud
Simulation 2022.3 brings updates to Altair One – Altair’s Cloud Innovation Gateway™ – that allow users to eliminate data silos, IT constraints, and access barriers. In addition, new seamless digital thread workflows connecting Altair One and Altair® HyperWorks® – Altair’s design and simulation platform – empowers users to preview and modify models, track data, access online libraries, and more. Best of all, users can do this and more within a single sign-on ecosystem that’s available from any location.
Efficient End-to-End Simulation Workflows
Simulation 2022.3 also brings new end-to-end workflows and capabilities to Altair® HyperMesh®, Altair® Inspire™, Altair® SimLab®, and more. Users can utilize Inspire Fluids to create, modify, and change part and assembly shapes that meet hydraulic design objectives. Moreover, Inspire now supports the Linux user interface and offers a new set of geometry creation tools. And electronic system design improvements give users the power to perform battery module modeling and thermal analysis of complex electronic systems with greater efficiency than ever.
Unlocking Superior Designs with AI-Powered Simulation
Lastly, users can better capture expert decision-making for improved design-of-experiments (DOE) outcomes with Simulation 2022.3’s capabilities. Part and element properties can vary within a design exploration and expanded integration lets users create general links between variables of any type and create responses from external file types. Other enhancements improve efficiency by automatically upgrading models with design variables from any exploration run.