maplesim 2019 official version

maplesim software introduction

Maplesim 2019 provides a graphical design environment that improves performance and makes it faster to create, simulate and analyze models; at the same time, new built-in and add-on components and extended support for external libraries mean you can create more models faster. Multi-model; also further enhanced with extensive connectivity options for integrating the software with other tool chains. Also added is the new product B&R Connector, which provides a powerful, model-based ability to test automation projects and visualize control strategies from B&R Automation Studio, and export simulation data for motors, servos and gearboxes within SERVOsoft. The software allows users to build models in the software in advance when developing new products, and the software analyzes product parts and simulates the performance of each component, allowing engineers to analyze the status and performance of mechanical parts in advance, making machine tool processing more accurate. Now The development of many large-scale equipment is based on pre-designed drawings and construction of models through software. Whether it is the design of circuits or parts, all are completed through software technology.

maplesim software functions

1. Improve performance

​ ​ All in all, MapleSim is now faster at creating, simulating, and analyzing models.

1. Simulation is faster due to more efficient processing This results in a more compact and faster simulation code without any loss of fidelity constraints when preparing models. These results mean MapleSim's industry-leading speed gets even better, saving time and enabling more real-time applications.

​​ 2. The exported model runs faster because the code generated during the model export process takes advantage of the same efficiency, whether you use the built-in code generator or specifically attach the connector for FMI, Simulink, and others.

​ ​ 3. Large models will be more responsive during model creation and manipulation, no matter how many components and parameters you use. The improvement is especially noticeable when using a large number of parameters.

2. Increase the modeling scope

New built-in and add-on components and expanded support for external libraries mean you can create more models faster.

New components

Many of the built-in MapleSim component libraries have new components.

​ ​ 1. The Hydraulics library contains over 25 new components for limits and valves, including directional valve controls. The entire recipe has also been updated to provide greater numerical stability for real-time simulations.

​ ​ 2. The electrical library provides new polyphase sensors, multiple signal blocks and power conversion devices, as well as the SPICE3 library from Modelica for easier integration of SPICE-based models into MapleSim.

3. In addition to MapleSim’s built-in revolutionary multi-body modeling technology, maplesim 2019.1 also now supports the Modelica multibody library, so multibody models built in the Modelica library can be easily brought into MapleSim.

​​ 4. MapleSim supports the Modelica synchronization library, so these components can be easily introduced into MapleSim to gain greater flexibility with real-time simulations.

5. MapleSim is now based on Modelica standard library 3.2.3, taking advantage of the latest version of the entire product.

​ 6. The MapleSim Heat Transfer Library has been supplemented with over 15 new components for defining new geometries, boundaries and visualizations.

3. New product! MapleSim Engine Dynamics Library from Modelon

Modelon’s MapleSim engine dynamics library provides specialized tools for modeling, simulating and analyzing the performance of internal combustion engines. This add-on library is particularly useful for representing transient engine responses and can be used to analyze engine performance, perform emissions studies, control development, hardware-in-the-loop verification of vehicle electronic control units, and more.

​ ​ 1. All of this using a single modeling tool that captures fluid dynamics, thermodynamics, gas exchange dynamics and the mechanics of the internal combustion engine.

​ ​ 2. Simplify your control design projects, including transient engine response and hardware-in-the-loop verification of vehicle electronic control units (ECUs).

3. Analyze the exhaust flow path, intercooler, turbocharger and exhaust gas recirculation (EGL) loop.

​ 4. Easily build models using a variety of components, including cylinders, turbochargers, heat exchangers, sensors, flow regulators, and more.

4. More connectivity

​​​ maplesim 2019.1 further enhances extensive connectivity options for integrating MapleSim with other toolchains.

​ ​ 1. You have more simulation options when running models imported from other systems, as imported FMUs can now be run using MapleSim’s variable-step solver as well as fixed-step solvers.

​​ 2. The FMI interface plug-in in MapleSim has been expanded to support the export of FMI 2.0 variable-step co-simulation, allowing you to easily Export your MapleSim model to another tool using either variable-step or fixed-step solver, whichever is best for your application.

​​ 3. Improved interactive analysis applications for Monte Carlo analysis, optimization and parameter sweeps now allow you to export results (including visualizations) to CSV files for use in Excel? and other tools.

maplesim software features

1. Powerful solver

​​ 1. There are more than 5,000 built-in symbolic and numerical calculation commands, covering almost all mathematical fields, such as calculus, linear algebra, equation solving, integrals and discrete transformations, probability theory and mathematical statistics, physics, graph theory, tensor analysis, micro Fractional and analytic geometry, financial mathematics, matrix calculations, linear programming, combinatorics, vector analysis, abstract algebra, functional analysis, number theory, complex and real analysis, abstract algebra, series and integral transformations, special functions, coding and cryptography Theory, optimization, etc.

​​ 2. Various engineering calculations: optimization, statistical process control, sensitivity analysis, dynamic system design, wavelet analysis, signal processing, controller design, lumped parameter analysis and modeling, various engineering graphics, etc.

3. Provide the world's most powerful symbolic computing and high-performance numerical computing engines, including the world's most powerful differential equation solvers (ODEs, PDEs, high-index DAEs).

​​ 4. Intelligent automatic algorithm selection.

5. A powerful, flexible, and easy-to-use programming language allows you to develop more complex models or algorithms.

​ 6. Tightly integrated with Sim, a multi-disciplinary complex system modeling and simulation platform.

2. Technical document environment

​ ​ 1. A large number of easy-to-learn and easy-to-use tools and features provide a "mathematical version of office" working environment. Users can complete calculations of a large number of mathematical problems even without any grammatical knowledge, significantly shortening learning time.

​​ 2. The technical document interface combines text, mathematics, graphics, sound, modeling, scientific calculation and other all your work.

​​ 3. A large number of drawing and animation tools, including more than 150 graphic types. Based on OpenGL visualization technology, camera trajectories can be defined. Image output formats include: BMP, DXF, EPS, GIF, etc.

​ 4. Data input and output formats: ASCII, CSV, MATLAB, Excel, etc.

5. Various file processing tools, such as headers and footers, paragraphs, slides, etc.; various diagram components, dials, sliders, buttons, etc. Programs can be added to the diagram components to achieve interactive simulation operations.

3. Knowledge capture

​ ​ 1. This is the ideal environment for all your mathematical work. The mathematics you imagine is the way you do mathematics in the software.

​​ 2. Input mathematical content in multiple formats (1D, 2D), display and operate mathematics and text like a textbook.

3. The work process includes initial draft, calculation, in-depth analysis, presentation, sharing, and reuse.

​ 4. Professional publishing tools include file processing tools that can output files in PDF, HTML, XML, Word, LaTeX, and MathML formats.

​ 5. Unique educational function package, including calculation method information and Step-by-Step solution steps for specific topics.

​​ 6. Use this to publish interactive content to the web and present your work interactively to your colleagues, students, and peers.

​ ​ 4. External program connection

​ 1. Seamlessly integrated into your existing tool chain

​ ​ 2. Use this as a calculation engine in an external program, or use an external program in the software through External calling, such as C/Java/Fortran.

3. Two-way connection to CAD system: through CAD Link adds important analysis functions to the CAD system, such as statistics, optimization, unit and tolerance calculation, etc. The results are automatically updated in the CAD model. Currently, it supports SolidWorks, NX, and Autodesk Inventor.

​ ​ 4. Excel: Input and output of Excel data; through add-ins, use this software within Excel to perform calculation commands.

5. Professional publishing tools include file processing tools that can output this file into PDF, HTML, XML, Word, LaTeX, and MathML format files.

​ ​ 6. Database: Complete analysis and visualization of large data sets.

7. MATLAB connection: You can use MATLAB Link calls MATLAB to complete calculations in this category, and takes advantage of MATLAB code generation and conversion capabilities; another option is Toolbox for Matlab toolbox, two-way connection, shared data, variables, etc.

​ 8. Simulink: Input and output Simulink modules, add analysis and optimization functions to Simulink modules.

maplesim update log

​ ​ 1: Brand new interface, refreshing, simple and efficient

​ ​ 2: Performance is getting better and better

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