Recorded Online Webinars - Engineering Webinars, Math Education Webinars - Maplesoft


Recorded Webinars

In-depth information and demonstrations of Maplesoft products

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Language: All, Products: All , Tags: high-fidelity , Segments: All


High Fidelity Electrical Drive Modeling with the MapleSim Connector for JMAG®-RT

Length: 47 Minutes
Presenter: Maplesoft
Product: MapleSim,Toolbox

Motor drive complexity is increasing in tandem with the increasing performance expected of electric vehicles and other electro-mechanical systems. The implementation of  Model Based Design (MBD) very early in the design process has been proven to accelerate the design of complex systems and sig...

Sustainable Engineering Modeling (Power Generation & Energy Storage)

Length: 30 Minutes
Presenter: Maplesoft
Product: MapleSim

This webinar focuses on new modeling techniques and tools for rapidly creating and analyzing high-fidelity multidomain plant models of renewable energy systems , including gas and steam turbine generator sets; wind, wave, and solar energy systems and batteries. The techniques are founded on the use ...

Introduction to the MapleSim Connector for VI-CarRealTime™

Length: 50 Minutes
Presenter: Maplesoft
Product: MapleSim

In this webinar, Orang Vahid, Senior Applications Engineer at Maplesoft, and Diego Minen of VI-Grade will demonstrate how the MapleSim Connector for VI-CarRealTime™ allows engineers to incorporate high-fidelity, multidomain models created in MapleSim into the real-time vehicle simulation envir...

Développement rapide de modèles haute fidélité très efficaces de systèmes électriques et électroniques

Length: 47 Minutes
Presenter: Maplesoft
Product: MapleSim

Les ingénieurs en électronique font face à des problèmes de complexité croissante, difficiles à résoudre avec les outils existants. De nouvelles solutions sont développées, utilisant des modèles sophistiqués qui permettent ...

Rapid Development of High Fidelity, High Efficiency Models of Electrical and Electronic Systems

Length: 55 Minutes
Presenter: Maplesoft
Product: MapleSim

Electrical engineers are faced with increasingly complex problems that existing toolchains struggle to solve. Solutions are developed using sophisticated models that allow for simulation and optimization of electrical systems. Using MapleSim, engineers can seamlessly integrate electrical and electro...

Modélisation de systèmes haute fidélité pour la conception en automatique et le test HIL avec MapleSim

Length: 42 Minutes
Presenter: Maplesoft
Product: MapleSim

Vous apprendrez au cours de ce séminaire Web comment l’environnement intuitif de modélisation multi-domaine de MapleSim vous permet de développer avec une grande fidélité des modèles de systèmes complexes. Les techniques symboliques sur lesquell...

High Fidelity Plant Modeling for Control Design and HIL Testing Using MapleSim

Length: 40 Minutes
Presenter: Maplesoft
Product: MapleSim

In this webinar, you'll learn how MapleSim's intuitive multi-domain modeling environment supports the rapid development of complex, high-fidelity plant models. The symbolic techniques that lie at the heart of MapleSim automatically produce efficient, high-fidelity model equations and optimized code ...

Automotive Applications of MapleSim - Part 2: High-Fidelity Vehicle Dynamics

Length: 45 Minutes
Presenter: Maplesoft
Product: MapleSim

This series presents a range of comprehensive examples using MapleSim to model complex automotive systems. This edition illustrates techniques for modeling vehicle dynamics and in particular, in the application of MapleSim’s exceptional multibody dynamics library. Specific case studies will in...

Automotive Applications of MapleSim - Part 3: High-Fidelity Engine Modeling

Length: 55 Minutes
Presenter: Maplesoft
Product: MapleSim

This series presents a range of comprehensive examples using MapleSim to model complex automotive systems. This edition illustrates techniques for powertrain modeling typically seen in plant modeling for control applications. Highlights included EV, HEV, and IC engine modeling. In the case of the IC...