romAI is an application that is capable of approximating static and dynamic systems by making use of either simulation, test or real-world data. Its primary advantage is that it can be used to speed up system output estimations or predictions, in response to some sort of new control scheme or input parameter change. And this can then be used to refine the design of the system through simulation, or during actual operation to predict and obtain outputs. The learning material here will kickstart your rom AI learning process with several simple examples.
Welcome to the Altair Embed® Creating Electric Motor Drive Firmware Guide that provides insight into the principals of diagram construction and
execution of various motor drives using different control algorithms. The example diagrams discussed in this document are supplied with Embed
and located under Examples > eDrives > Tutorials.
In this tutorial, a linear static tensile test will be simulated. First of all, a tensile specimen made of aluminium will be created. The displacement and nominal stress will be
examined. In the second step, the same tensile test will be examined for a composite laminate made of only UD-plies, In the last step of this tutorial, a mesh will be imported into HyperMesh™, and boundary conditions and loads will be applied.
Free-size optimization is a simulation-driven design technology used to optimize machine structures and parts stamped from tailor-welded blanks, but is most widely used in the design of complex laminate composite components. Learn how free-size optimization works and how it’s applied to improve product design.
Size, Shape, and Free-shape optimization are simulation-driven design technologies used to fine-tune the formation of structural product concepts. Used to find optimal solutions for key product characteristics like cross-sectional thickness and material choice, or to refine areas with high stress concentration, these tools help reduce the risk of product failure. Find out how size, shape, and free-shape optimization can help improve your product design process.
Topology is a simulation-driven design technology used to design optimal, manufacturable structures. When faced with complex parts, carrying multiple loads, packaged into a tight design space, topology optimization helps designers identify a material layout that will maximize stiffness and minimize mass. Learn how topology optimization works and how it’s applied to improve product design.