Multidiscipline Modelling and Simulation
The multidiscipline solutions (MD) from MSC.Software manage the complex interactions between multiple disciplines to ensure the highest levels of accuracy when simulating simultaneous physical phenomena typical of most real world scenarios. Engineers can more accurately simulate how a design behaves under real-world conditions without having to solely rely upon costly physical prototypes or suffer the inefficiencies of deploying multiple point technologies.
Designed for today's manufacturers who need to perform interoperable, multidisciplinary analyses on ever-more complex models, the MD solver framework is based on MSC's highly reliable solver foundation components including Nastran, Marc, Adams, Easy5, and, Dytran as well as open to third-party plug-ins. MD Solutions offer interactive, coupled analysis for motion-structures, structures-thermal, motion-mechatronics, composites failure chaining, enhanced nonlinear implicit contact, and others.
MD solutions provide a common data environment which eliminates multiple model translation and transformations to reduce the inaccuracies and time associated with manually taking results from one point solution to another. Ensuring superior repeatability across engineering, MD simplifies analysis while dramatically improving accuracy. Building on these strong analysis and multidiscipline capabilities, companies can take the next step and create further efficiencies with MSC.Software's multidiscipline simulation workspaces and designer-oriented tools.
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MD Nastran combines the best-in-class technology platforms including MSC Nastran, Marc, Dytran and LS-DYNA into one fully integrated multidiscipline solution for the enterprise ... more |
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MD Adams lets you build and test virtual prototypes, realistically simulating on your computer, both visually and mathematically, the full–motion behaviour of your complex mechanical system designs ... more |
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