Ansys Discovery

Ansys Discovery Simulation

An easy-to-use simulation tool with guided workflows that enables engineers to learn about the behavior of the future product in both early- and late-stage design, no matter whether thermal, structural, fluid-dynamical, or multi-physics analysis. Discovery Simulation makes the design process interactive and enables engineers to see the impact of the geometric changes immediately. There is no longer a need to wait for re-meshing and re-solving. You get immediate answers to your problems, like what happens if the load suddenly increases if the material changes, or if the input velocity of the flow media drops. An interactive simulation environment delivers instant results allowing engineers at all levels and in any specific field to explore the possibilities provided by their concept and design while taking the concurrent design to a new level. Discovery Simulation Features

• Immediate engineering simulation results for designing
• Eliminating geometry preparation, meshing, solving processes, and post-processing
• Performing structural, internal, and external fluid-dynamical, thermal, and modal analysis
• Editing geometry from other CAD sources or modeling completely new ideas
• Receiving live updates as you change simulation physics, geometry, boundary conditions, or alter display characteristics
• Benefiting from the readily available power of GPU

Ansys Discovery Modeling

The Direct Modeler makes the creative work for engineers easier by freeing them from the constraints of traditional design software. This technology is the basis of CAD independence, a hallmark of every Ansys product as all known 3D formats, even STL file formats can be opened and modified easily and quickly making the work and information exchange easier between customers, R&D engineers, other team members, and manufacturing. Due to a high level of compatibility, it is a reliable tool for Reverse Engineering, 3D printing, or other manufacturing-related tasks. Discovery Modeling Features:

• Modeling 3D parts, assemblies, drawings, or importing and editing external CAD files
• Creating manufacturing fixtures, processing plans, or optimizing models for toolpath
• Preparing Reverse Engineering tasks or processing STL files within seconds
• Preparing, and optimizing any models for 3D printing
• Designing, importing, and optimizing sheet metal files