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Process equipment designers, manufacturers and operators are challenged every day to transfer, mix, separate, heat, distil, combust, react, store, package and extend the life of some of nearly 70,000 products that the chemical and processing industries provide. By using large amounts of heat and energy to mechanically or chemically transform materials, these industries help meet the world's most fundamental needs for food, shelter and health, as well as create products that are vital to such advanced technologies such as computing, telecommunications and biotechnology. Engineering tools from ANSYS are used for Simulation Driven Product Development (SPDM) in order to help accelerate design, provide insight, make processes more energy efficient, safer and more flexible, reduce emissions and improve reliability. The solutions from ANSYS cover all engineering aspects of product design, including structural and fluid mechanics, thermal, species reaction and transport, electromagnetic, fluid structure interaction, material effects and even impact and explosion. The full capability, multiphysics solutions from ANSYS allow you to address CFD, FEA and other CAE concerns in a single integrated environment from CAD import to prove of concept, prototyping, final design validation and manufacturing. The combination of diverse full functionality, advanced technology, and ease of both use, and deployment, in ANSYS engineering software has brought the power of virtual prototyping, once thought to be used only for planes and automobiles, to process engineers and equipment designers. Examples where ANSYS solutions are used include:
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Temperature contours of a process valve
Secondary flow streamlines at sections of inflow cannula
The predicted spray resulting from atomization |
