MapleSim

MapleSim

The advanced system-level modeling solution

MapleSim

MapleSim is a product of Maplesoft.

MapleSim is the advanced system-level modeling solution based on the Maple mathematical engine and analysis environment to design and simulate multidomain systems, plants and controls in one single environment. The schematic diagram interface enables rapid model development, thanks to the Maple symbolic computation foundation providing a highly concise, numerically efficient model formulation.

MapleSim enables Engineering System Designers to answer the most critical questions faced in the everyday activity “Will the system work as required?”, and “Can we make it work better?”, by developing virtual prototypes of multi-domain dynamic systems and performing functional validation, critical system-level parametric studies and optimizations. The Control System Developer will be able to leverage MapleSim to develop high-fidelity models of complex dynamic systems for plant characterization and integrating models through automated code generation into (typically) MATLAB®/Simulink® for controller development.

MapleSim - The advanced system-level modelling solution

Main benefits

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  Analyze, explore, visualize, and solve engineering math and computation problems

  Extensive code generation capabilities

  Combined numeric and symbolic computations

  Automatically addresses engineering units

  Advanced analysis tools for mathematically deriving the equations and rigorously developing the concept

Documentation

brochure

Product brochure

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brochure

Modellare e simulare sistemi dinamici

7 MOTIVI PER SCEGLIERE MAPLESIM

MapleSim è un software di simulazione avanzato, che offre una vasta gamma di funzionalità per modellare e simulare sistemi dinamici.
Con la sua facilità d'uso, modularità, analisi e ottimizzazione del sistema, supporto per le simulazioni in tempo reale, simulazione multibody, ampia gamma di librerie predefinite e interoperabilità, MapleSim è una scelta eccellente per ingegneri, ricercatori e docenti che hanno bisogno di modellare e simulare sistemi complessi.

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MapleSim

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Insights

CASE STUDY

Solving the chainsaw kickback problem with Maplesoft and ANSYS

Maximising chainsaw safety over the tool’s life by analysing the kickback problem and lifetime tool fatigue and performance

The avoidance or reduction of chainsaw kickback is a key safety feature for manufacturers. The challenges for engineers are to obtain more accurate analyses of the problem over the tool’s lifecycle.

maplesim maple mechanics ansys consumer-goods

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training courses

MODEL-BASED ENGINEERING course catalogue

Maple is the world leader in numerical and symbolic computing: our courses aim to enable participants to quickly become independent and productive in their use of Maple for engineering applications.

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Find out more

Our competences in MapleSim

CASE STUDY

Optimization of a brush cutter using knowledge-based engineering

This article describes how the company created and tested a process to construct a parametric CAD model capable of providing its designers with a starting point for any new machine to be designed.

mechanics ansys modefrontier maplesim maple

CASE STUDY

New methodology to better understand fatigue life in complex components

First six months’ use demonstrates comprehensive usability for designers with open future development prospects

This technical article details the application of the methodology developed using ANSYS WorkBench

ansys mechanics maplesim

CASE STUDY

Solving the chainsaw kickback problem with Maplesoft and ANSYS

Maximising chainsaw safety over the tool’s life by analysing the kickback problem and lifetime tool fatigue and performance

The avoidance or reduction of chainsaw kickback is a key safety feature for manufacturers. The challenges for engineers are to obtain more accurate analyses of the problem over the tool’s lifecycle.

maplesim maple mechanics ansys consumer-goods