MapleSim 5 offers broader application scope and streamlined modelling
20 June 2011
With over 150 new components, MapleSim 5 from Maplesoft has a broader application scope, streamlined modelling environment and ability to simulate even more systems, making it easier to tackle large projects and get results quickly. Included among MapleSim 5’s 150 new components are new libraries for magnetics and thermal fluids, which means the power of MapleSim can be applied to even more modelling projects.
With these components customers can use MapleSim 5 to quickly develop a wider range of applications, such as the solenoids in dialysis machines and fuel injection systems, saturating motors and transformers and heat exchangers for machine cooling systems.
The MapleSim 5 interface includes many new and improved features to reduce model development time and help customers manage the complexity of their models. For example, enhanced diagnostic tools provide early feedback related to the definition of the model itself, such as identifying inconsistent initial conditions. MapleSim then provides assistance in resolving the problem so corrections can be made before running the simulation.
Other additions include increased control over parameters and initial conditions, easy export of 3-D animation simulation results and streamlined design environments for building both model diagrams and 3-D model representations. The improved simulation engine in MapleSim can now generate highly optimised C-code for all MapleSim models. This royalty-free code can be incorporated into other software in the toolchain.
MapleSim, which is available in the UK from Adept Scientific, uses a fully developed symbolic modelling engine to handle all of the complex mathematics involved in the development of engineering models. This symbolic engine offers distinct advantages that expand the modelling and simulation capabilities of engineers.
Each MapleSim release further develops these capabilities, which include automatically-generated model equations in full parametric form, equation-based custom components, optimised code generation for real-time systems, revolutionary multi-body technology and an interactive analysis environment that captures the full engineering knowledge that goes into each project.
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