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    Home : Media : Media Coverage : Article List : News Article

Current Media Coverage

Software supports flexible physical modeling
November 1, 2011
Motion Systems Design
Now, Automation Studio users can quickly develop machine and system models using Maplesoft's MapleSim software and then transfer them to B&R's realtime platform using automatic code generation. Within Automation Studio, users can then design and test control strategies based on the virtual machine they have created.
Maplesoft in partnership with VI-grade
October 28, 2011
Scientific Computing World
A new partnership between Maplesoft and VI-grade aims to make real-time modelling applications more cost and time-effective by integrating MapleSim models with the VI-CarRealTime framework.
Maplesoft and VI-grade partnership makes real-time modeling applications more cost and time-effective
October 28, 2011
CAD CAM News
The VI-CarRealTime environment provides a readily available full-vehicle model that allows MapleSim users to easily implement their subsystem models without having to build the vehicle model themselves. Also, vehicle chassis parameters are transferred directly from ADAMS/Car™ into VI-CarRealTime, thus providing a way of rapidly integrating ADAMS/Car models with multi-domain system models from MapleSim.
Maplesoft et VI-grade annoncent un partenariat autour de MapleSim et VI-CarRealTime
October 28, 2011
CAO.fr (France)
Maplesoft et VI-grade ont annoncé un partenariat qui réunit les forces des deux entreprises dans le domaine de la modélisation, permettant aux utilisateurs d´augmenter l´étendue de leurs solutions et d´améliorer la flexibilité de leurs modèles de conception. Ce partenariat verra l´intégration des modèles MapleSim dans l´environnement VI-CarRealTime.
Maplesoft and VI-grade Partnership Sees Model Integration
October 28, 2011
Scientific Computing
MapleSim allows VI-Grade costumers to rapidly develop detailed models of their own vehicle subsystems and replace the default subsystem models in VI-CarRealTime with these models. In this way, the effect of dynamic behavior of that subsystem on the whole vehicle can be assessed and incorporated into the complete HIL application.
New Partnership
October 26, 2011
Manufacturing Business and Technology
The VI-CarRealTime environment provides a readily available full-vehicle model that allows MapleSim users to easily implement their subsystem models without having to build the vehicle model themselves.
Maplesoft Develops Library for Driveline
October 25, 2011
Automotive Design and Production
Maplesoft’s “Driveline Component Library” add-on for its MapleSim physical modeling and simulation software enables engineers to combine physical models and empirical data to optimize design and improve vehicle efficiency in driveline modeling applications.
Component Library for driveline modeling
October 18, 2011
Machine Design
The use of MapleSim along with the new add-in lets engineers use both empirical data and the best of physical models to maximize model fidelity, optimize designs, and improve overall vehicle fuel efficiency.
MapleSim Drives Fuel-Efficient Vehicle Design
October 6, 2011
Drives and Motors
One of the notable features of the library is an option that allows power losses (typically due to tooth meshing, bearing friction, or slip) to be incorporated into the model, either through external calculations or through the use of empirical look-up tables.
MapleSim Driveline Component Library
September 30, 2011
Scientific Computing World
One major advantage of this library is that the components use an acausal approach to model development, where the user can simply connect the components together in the required configuration without worrying about issues like torque direction and load flow.
MapleSim Drives Higher Fuel Efficiency in Cars
September 28, 2011
Automobile News and Review
The library also provides an option that allows power losses to be readily incorporated into the model, either through external calculations or through the use of empirical look-up tables.
Maplesoft develops the MapleSim Driveline Component Library
September 26, 2011
Desktop Engineering
The components of the library use an acausal approach to model development where the user can connect the components in the required configuration without worrying about issues like torque direction and load-flow. These issues are resolved automatically by the underlying solver.
MapleSim Driveline Component Library propels higher fuel efficiency in cars
September 26, 2011
DesignFax
The library also provides an option that allows power losses to be readily incorporated into the model, either through external calculations or through the use of empirical look-up tables. For example, energy loss in the powertrain can occur due to tooth meshing, bearing friction, slip, and other factors. This approach allows the user to maximize the fidelity of the model while introducing losses in a manner that best reflects how the loss data was acquired during testing.
MapleSim Drives Higher Fuel Efficiency in Cars
September 20, 2011
Canadian Transportation and Logistics
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.
MapleSim Drives Higher Fuel Efficiency in Cars
September 15, 2011
Embedded Computing Design
Maplesoft™ today announced the MapleSim™ Driveline Component Library, a collection of components for driveline modeling applications.
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