MapleSim

MapleSim

MapleSim is a powerful modeling and simulation tool that enables engineers to create virtual prototypes by integrating components across various domains. It accelerates development by diagnosing performance issues, validating designs before prototyping, and optimizing control codes to enhance efficiency. Users can easily scale their simulations to tackle complex engineering challenges.

Top MapleSim Alternatives

1

Orbital Stack

Orbital Stack revolutionizes building design with advanced AI and CFD climate analysis, enabling architects to create climate-conscious structures effortlessly.

2

Ansys LS-DYNA

Ansys LS-DYNA excels as the premier explicit simulation software, enabling engineers to accurately model dynamic events such as impact, penetration, and material failure.

3

SimPy

SimPy is a process-based discrete-event simulation framework for Python, enabling users to model active components like customers and vehicles through Python generator functions.

4

SIMUL8

Transformative simulation software empowers organizations to make informed decisions swiftly, revealing hidden opportunities and accurate forecasts.

5

Altair Hypermesh

Altair HyperMesh revolutionizes CAE design with advanced pre- and post-processing capabilities for finite element modeling.

6

Freemat

FreeMat 4.2 is an open-source environment designed for rapid engineering and scientific prototyping.

7

ns-3

The recent ns-3.44 release introduces a new Zigbee module alongside maintenance updates and minor enhancements...

8

PRO/II Process Engineering (powered by SimSci)

With robust reactor models, it performs intricate heat and material balance calculations, enabling engineers to...

9

PLECS

With tools for component sizing, thermal management, and control algorithm verification, users can quickly establish...

10

Ansys HFSS

It enables engineers to accurately model and analyze antennas, RF components, interconnects, and PCBs...

11

Lanner WITNESS

By creating dynamic virtual models of current and future operations, users can validate decisions without...

12

NetSim

This innovative tool enables users to model complex network scenarios, optimize performance, and troubleshoot issues...

13

TRNSYS

It provides users with tools to model complex thermal and electrical processes, enabling accurate predictions...

14

SageMath

SageMath is a mathematics based, completely open and free for...

15

Simcenter HEEDS

By automating workflows and integrating seamlessly with various CAD and CAE tools, it allows engineers...

MapleSim Review and Overview

Maplesoft, a world-leading mathematics engine, provides engineers with tools to manage the design complexity of models. Maplesoft products are used in machine design, robotics, aerospace, etc. Customers of Maplesoft are Ford, Google, Intel, NASA, etc. Maple Sim, a tool launched by Maplesoft, offers rapid prototyping and testing of design concepts in a single modeling environment. The gap between theory and practical has been overcome with the help of MapleSim. It gives students the ability to engage in complex real-world examples and prepares them for the industry.

What is a Computer-Aided Engineering software?

Computer-aided engineering is the broad usage of computer software. It describes the course of action of the product engineering process, from design and virtual testing to the planning of manufacturing. The application of software may include simulation, validation, and optimization of products and processes. CAE programs are used widely in the automotive industry to ameliorate the safety and comfort of vehicles. CAE involves a serious of orderly steps- preprocessing, solving, and postprocessing. In the first step, engineers model the geometry and physical properties of the design. In the second step, the model is solved using an appropriate mathematical formulation of fundamental physics. And in the last step, the results are reviewed and analyzed.

Features and benefits

MapleSim supports Modelica and allows us to try new ideas in less time. The development time of the product and the cost is reduced as the product quality and life improves. The visualization capabilities of Maplesim include 3-D and 2-D simulation. Computer simulation-based design replaces physical prototype testing. MapleSim provides many built-in components from different domains. Data and process management refine and optimize your designs.

Applications

Engineers, scientists, and mathematicians use Maplesoft products in sectors such as automotive, aerospace, machine design, vehicle engineering, robotics, etc. MapleSim is used in mechanisms such as bar linkages and gripping clamps. It is also used in mechatronic systems. Mining machinery, excavators and other heavy equipment use MapleSim. Even electric vehicles and battery systems use MapleSim.

Top MapleSim Features

  • Advanced modeling capabilities
  • Specialist add-on libraries
  • Fast-track virtual commissioning
  • No prior modeling expertise needed
  • High-fidelity simulations
  • Detailed simulation results
  • Digital twin integration
  • Product design validation
  • Code development support
  • System-level modeling
  • Root-cause performance analysis
  • Flexible modeling language
  • Cross-domain component integration
  • Customizable training options
  • Turnkey solution offerings
  • Reduced development time
  • Cost-effective project solutions
  • Enhanced diagnostic tools
  • Improved control code
  • Comprehensive engineering expertise