ANSYS Multiphysics Simulation

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As new methods of manufacturing and materials are being implemented, products are becoming more complex. Products must be lighter and smaller and work harder than ever. Multiphysics simulation lets you explore all the real-world physical interactions a complex product may encounter during use. These interactions can impact product performance, safety and longevity. Fluid forces, thermal effects, structural integrity and electromagnetic radiation can all affect performance. If you isolate these forces and examine them separately, you may not get an accurate prediction of product behavior. Ansys Multiphysics solutions can help you examine these effects in any combination, achieving the highest fidelity solution to eliminate reliability problems and design safe and effective products.

Solutions which fit your needs and experience level

Ansys Multiphysics solutions fit the needs and experience level of your engineering organization — from design engineers performing upfront simulation who need easy-to-use simulation solutions to advanced analysts performing complex multiphysics studies that require intricate, detailed physical modeling capabilities.

Drag-and-drop setup

Ansys’ drag-and-drop technology provides seamless data transfer between physics solutions and handles solver interactions as part of a unified platform.

Based on proven solver technology

Multiphysics simulation accuracy is only as good as the individual physical models and numerics. Trusted solver technology from Ansys combined with high-performance computing form the foundation for fast, accurate analysis of all our multiphysics solutions.

Multi-objective optimization

Quickly find the best design by combining multiphysics simulation with design optimization inside Ansys Workbench to satisfy all your competing product requirements.

Sophisticated multi-solver coupling capabilities

System coupling integrates otherwise independent solvers, managing their interactions and coordinating data exchange to capture the tight physical interactions that impact engineering results. Complex multiphysics problems are easy to set up and run with a dedicated, easy-to-use multiphysics system coupling graphical user interface (GUI).

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Applications

• FLUID STRUCTURE INTERACTION
• THERMAL MANAGEMENT
• MEMS
• TURBO MAC

  Modal assurance criteria (MAC) - Tiêu chí đảm bảo về dao động riêng (MAC)

  HINERY
• ELECTRONICS COOLING
• CH IP

  Ingress protection (IP) - là xếp hạng bảo vệ chống xâm nhập hoặc xếp hạng IP, đề cập đến mức độ bảo vệ được cung cấp bởi vỏ bọc điện, chống lại chất rắn và chất lỏng. Trong môi trường mà bụi hoặc nước có thể làm hỏng các linh kiện điện tử, một vỏ bọc kín được sử dụng để ngăn chặn sự xâm nhập đó và giữ an toàn cho các thiết bị điện tử. 

  PACKAGE SYSTEM CO-DESIGN
• ELECTRIC MOTORS
• VIBRATION
• HYDRODYNAMICS
• POWER INTEGRITY
• SIGNAL INTEGRITY
• VIRTUAL SYSTEMS PROTOTYPING