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Maplesoft articles

Displaying 1 - 7 of 7

Smarter approach to vehicle design

Smarter approach to vehicle design
The demand for innovation is universal across industries, as new products are required to meet higher performance standards without slowing the overall time to market. This reality is perhaps most apparent in the automotive industry, where a wide range of technologies must come together seamlessly if a new product is to be successful.
9th October 2018

Modern electric bus fleet improves public transit

Modern electric bus fleet improves public transit
Cities across the world are increasing in both population and density, and for because of this public transportation plays a critical role in creating liveable cities by reducing the total number of vehicles operating in urban centres. An effective transit system also has the potential to drastically reduce carbon emissions generated from the transportation of people, resulting in improved urban air quality and sustaining a healthy environment for generations to come.
6th September 2017

French engineer develops motorcylce racing simulator

French engineer develops motorcylce racing simulator
Innovative ideas and technological advances are born from passion, and this is no different when it comes to the motorcycle racing simulator developed by Frédéric Nicolo. A numerical and scientific calculation engineer in France, Nicolo’s love for motorcycles inspired him to start his own venture after realising there were no motorbike simulators that performed at the same level as existing driving simulators for cars.
30th August 2017


University of Waterloo use MapleSim in approach to tyre modelling

University of Waterloo use MapleSim in approach to tyre modelling
A critical component in vehicle design is the tyres. To save time and money in the design and development of new vehicles, automotive manufacturers typically use models to simulate the dynamic relationship between tyres and road surfaces. If possible, a tyre model must accurately simulate the dynamics of the system and allow designers to vary its parameters, and simulations must also execute quickly.
27th June 2017

Driving Innovation in Vehicle Dynamics

Vehicle manufacturers are constantly faced with the challenge of balancing fuel efficiency and safety against the demands for greater performance and lower development costs. Driven by these needs, a wide range of computer-aided modeling tools has emerged, covering all aspects of the dynamic behavior of vehicles. However, these tools tend to be very application-specific and use computationally intensive numerical methods, such as finite difference and finite elements.
4th January 2012

Multi-Domain Modeling Critical to Unmanned Vehicle Designs

Multi-Domain Modeling Critical to Unmanned Vehicle Designs
With products ranging from a portable and cost effective system for automating the collection of environmental water data (Kingfisher) to a rugged and easy-to-use unmanned ground vehicle for rapid prototyping (Husky), Clearpath Robotics is making a mark in the complex and growing field of robotics. The roboticists at Clearpath specialize in unmanned vehicle design and control, and their unmanned systems are used by some of North America's leading technical institutions for cutting edge industrial and military applications.
17th November 2011

MapleSim Drives Higher Fuel Efficiency in Cars

MapleSim Drives Higher Fuel Efficiency in Cars
Maplesoft today announced the MapleSim Driveline Component Library, a collection of components for driveline modeling applications. Built with the involvement of several transmission manufacturers, this MapleSim add-on covers all stages in the powertrain, from the engine to the differential, wheels, and road loads, as well as vehicle dynamics.
11th October 2011


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