Efficient workflow
Altair releases the Simulation 2022.3 software update
New functions improve collaboration in the cloud and offer efficient and consistent simulation workflows as well as design finding with AI-supported simulation.
Altair (Nasdaq: ALTR), a computational science and artificial intelligence (AI) company, has announced the latest updates to its Simulation 2022.3 simulation portfolio. These updates build on the enhancements of Simulation 2022.2 and emphasize cloud collaboration and computation, efficient end-to-end simulation workflows, and superior design discovery with AI-powered simulation.
Improve collaboration and calculation in the cloud
Simulation 2022.3 includes updates to Altair One - Altair's cloud innovation gateway, enabling users to break down data silos, remove IT constraints and facilitate technology access. New end-to-end workflows that connect Altair One and Altair's design and simulation platform, Altair HyperWorks, also allow users to preview and modify models, track changes, access online libraries, and more. Best of all, users can do all this and much more within a single sign-on ecosystem that is accessible from anywhere.
Efficient end-to-end simulation workflows
Simulation 2022.3 also includes new end-to-end workflows and features for Altair HyperMesh, Altair Inspire and Altair SimLab. Users can use Inspire Fluids to create, modify and change part and assembly shapes to meet hydraulic design specifications. In addition, Inspire is now available as a Linux user interface and offers a range of new geometry creation tools. The improvements for electronic system design allow users to perform battery module modeling and thermal analysis of complex electronic systems with greater efficiency than ever before.
Developing products with AI-supported simulation
Simulation 2022.3 also enables users to make better decisions through expert emulation to evaluate the results of Design of Experiments (DOE). Component and element properties can vary within a design exploration, and advanced integration allows users to create common links between variables of any type and generate responses from external file types. Other enhancements improve efficiency by automatically updating models with design variables from each exploration run.









