Home : Maplesoft Products : MapleSim : High-Performance Multi-Domain Modeling and Simulation

MapleSim is a high-performance multi-domain modeling and simulation tool that will revolutionize how you bring new products to market. In MapleSim, the world's most advanced symbolic computing engine comes together with traditional numeric solvers to supercharge the simulation and modeling process. Physical Modeling: Faster and More Intuitive Physical modeling offers many advantages over traditional modeling techniques. Powered by the World's Strongest Math Engine Behind MapleSim lies the power of Maple, the world’s strongest math engine. From Months to Days See examples on how MapleSim dramatically shortened the product development cycle.   Watch the Introduction to MapleSim movie. Introduction to MapleSim   Want to see more? Watch these movies to learn more about specific advantages of MapleSim: See how you can mix physical components seamlessly with signal-flow blocks Watch how quickly you can create a model diagram that resembles the real system See examples that mix components from different domains See how multi-body technology delivers fast simulations for complex mechanical systems Learn how custom components can be rapidly defined from first principles Learn how live design documentation captures the analysis behind your model Watch as complex system equations are generated automatically Learn how symbolic simplification results in faster simulations Watch how MapleSim maintains units throughout your model   MapleSim Training Introduction to MapleSim: The Next Generation in Engineering Modeling and Simulation Control System Design With Maple & MapleSim Multibody Simulations and Advanced Multibody Analysis Getting Started with MapleSim Analysis in Maple with MapleSim How To Create A Custom Component for MapleSim MapleSim Brochure MapleSim, the next generation tool for modeling and simulation: a landmark release for engineering design Toyota and Maplesoft enter a multi-year partnership to produce new tools for knowledge-rich physical modeling