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June 15th, 2011
Maplesoft™ announced a new release of MapleSim™, the high-performance
physical modeling and simulation software. With its broader
application scope, streamlined modeling environment, and ability to
efficiently simulate even more systems, MapleSim 5 makes it easier to
tackle large projects and get results quickly.
MapleSim 5 comes with over 150 new components, including
new libraries for magnetics and thermal fluids, which means the power
of MapleSim can be applied to even more modeling projects. With these
components, customers can use MapleSim 5 to quickly develop a wider
range of applications, such as the solenoids in dialysis machines and
fuel injection systems, saturating motors and transformers, and heat
exchangers for machine cooling systems.
The MapleSim 5 interface
includes many new and improved features to reduce model development
time and help customers manage the complexity of their models.
For example, enhanced diagnostic tools provide early feedback related
to the definition of the model itself, such as identifying inconsistent
initial conditions. MapleSim then provides assistance in resolving the
problem, so corrections can be made before running the simulation.
Other additions include increased control over parameters and initial
conditions, easy export of 3-D animation simulation results, and
streamlined design environments for building both model diagrams and
3-D model representations. The improved simulation engine in MapleSim
can now generate highly optimized C code for all MapleSim models. This
royalty-free code can be incorporated into other software in the
toolchain.
MapleSim uses a fully
developed symbolic modeling engine to handle all of the complex
mathematics involved in the development of engineering models.
This symbolic engine offers unique advantages that expand the
modeling and simulation capabilities of engineers. Each MapleSim
release further develops these capabilities, which include
automatically generated model equations in full parametric form,
equation-based custom components, optimized code generation for
real-time systems, revolutionary multibody technology, and an
interactive analysis environment that captures the full engineering
knowledge that goes into each project.
“By leveraging symbolic
computation technology, MapleSim offers unique advantages that enable
our customers to succeed at very difficult design projects they simply
cannot do with other tools,” says Laurent Bernardin, Executive
Vice-President and Chief Scientist, Maplesoft. “MapleSim reduces model
development time from months to days while producing high-fidelity,
high-performance models. With MapleSim 5, our customers can apply those
time and cost savings to even more projects, while further reducing
the time needed to design their complex models.”
Next Steps:
To learn more about all the new features in MapleSim 5, click here.
Visit the Maplesoft Web Store, or call 1-800-267-6583.
If you are located outside the U.S. and Canada, click here to contact your local reseller.
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A new generation of engineering modeling
and simulation technology is emerging to speed up the development of
sophisticated models for complex machines. Tools such as MapleSim from
Maplesoft deploy advanced symbolic computation technology to simplify
the complexity arising from non-linear, multi-domain, and digital
control applications (including HIL simulation). This webinar presents
the latest computational techniques for accelerating model
development while increasing model fidelity and simulation
performance. Based on the MapleSim platform, you will learn about
fundamental techniques and advantages of this approach as compared to
conventional software tools. Models developed with these techniques
offer greater fidelity, with less development effort, and
substantially faster real-time execution speed. Additionally, advanced
analytical techniques such as inverse kinematics, and parametric
optimization are more readily supported through this framework.
The speakers are two of the most accomplished experts
in this new generation of modeling technique. They will present
real-world case studies drawn from a variety of industries including
auto, aerospace, and advanced manufacturing.
To view this webinar recording, click here.
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This unique Webinar series
presents practical concepts and techniques for developing high-fidelity
physical models for complex dynamic systems. Whether your goal is to
increase the performance of plant models for HIL simulations, or you
need to get greater insight into system behaviour, the contents of
these sessions will provide useful tips and case studies to make
MapleSim projects more productive. If you are a design and
research engineer in automotive, aerospace, robotics, and precision
machinery segments, or an engineering educator, you would benefit from
attending this webinar series.
Webinar 1: High fidelity plant modeling for control design and HIL testing using MapleSim
June 30th, 2011 from 2:00 - 3:00 p.m. EST
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 for fast real-time execution, including hardware-in-the-loop (HIL) applications.
To register for this webinar, please click here.
Webinar 2: Automotive Applications of MapleSim. Part 1: Powertrain and Driveline
July 29, 2011 from 2:00 - 3:00 p.m. EST
In this webinar, Paul Goosens, VP of Applications Engineering at Maplesoft will present a MapleSim library of components, transmission sub-assemblies, and complete powertrain examples that show the use of these components in driveline applications. Built with guidance from several transmission manufacturers, this MapleSim library allows you to mix the best of physical models and empirical data to maximize model fidelity, optimize your designs, and improve overall vehicle fuel-efficiency.
To register for this webinar, please click here. |
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The Advanced Encryption Standard and its modes of operation
Author: José Luis Gómez Pardo and Carlos Gómez-Rodríguez
This application exhibits the implementation of encryption and authentication schemes which use the Advanced Encryption Standard (AES) as their underlying block cipher. |
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Generalised Smirnov two-sample homogeneity tests
Author: Dr. Melvin Brown
The problem addressed by this worksheet is: Given two samples of data, which may contain ties, how may one test the hypothesis that they are drawn from the same distribution? |
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International Trade Model (Russian)
Author: Bekzod Makhmudov & Maria Kim
The International trade model is designed to explain the model of international trade between two countries that trade between each other. The model helps to calculate the equilibrium points between the supply and demand both within the country and in the international market. In addition, the models in the application show the consumer and producer surplusses that occur as a result of international trade. |
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Multibody Dynamics 2011
July 4 – 7, 2011
Brussels, Belgium |
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Internationales Forum Mechatronik (IFM) 2011
September 21- 22, 2011
Cham, Germany |
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For further details about these events click here. |
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Changing face of robotics
Control Engineering, May 31, 2011
‘In the long term, symbolic computation
will likely be an invisible part of the tool set. Users will not need
to concern themselves with symbolic techniques, as they will simply be
part of the internal machinery. These more ambitious modeling
techniques enable a wide range of new devices that were the stuff of
science fiction only a decade ago.” |
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Software offers deep levels of computational abilities, enhancements
Control Engineering, June 10, 2011
"Maplesoft has released a substantial updated of its
flagship product, Maple, the technical computing software for
mathematicians, engineers, and scientists. With over 270 new
mathematical functions and over a thousand enhancements to existing
algorithms, customers can solve more complex problems faster than ever
before.”
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B&R and Maplesoft form Partnership
Design and Controls, May 2011
“B&R and
Maplesoft have formed a partnership that brings together B&R’s
Automation Studio programming and development software with
Maplesoft’s MapleSim physical modelling software, allowing models to
be transferred to B&R controllers in a few steps. The result is
“hardware-in-the-loop simulation” that emulates a machine’s behaviour
in real time, in a safe testing environment..”
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In addition to these articles, check out the Media Center for all the latest coverage on Maplesoft. |
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Chemical Kinetics with Mathcad and Maple
Author: Victor Korobov and Valery Ochkov
Publisher: Springer
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Solving Nonlinear Partial Differential Equations with Maple and Mathematica
Author: Dr. Inna Shingareva and Lizarraga-Cleaya, Carlos
Publisher: Springer |
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Mathematical Modeling with Maple
Author: William P. Fox
Publisher: Brooks Cole |
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Hydrology for Engineers, Geologists and Environmental Professionals, second edition. An Integrated Treatment of Surface, Subsurface, and Contaminant Hydrology
Author: Sergio Serrano
Publisher: HydroScience Inc. |
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Complex Analysis for Mathematics and Engineering, Sixth Edition
Author: Dr. John Mathews
Publisher: Jones and Bartlett |
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To review all Maplesoft books, click here. |
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www.maplesoft.com
1-800-267-6583 (US & Canada) | 1-519-747-2373
(Outside US & Canada) |
© 2011 Maplesoft, a division of Waterloo Maple, Inc.,
615 Kumpf Drive, Waterloo, ON, Canada, N2V1K8. Maplesoft, Maple,
MapleSim, Maple T.A., MapleNet, and MaplePrimes, are trademarks of
Waterloo Maple Inc. All other trademarks are property of their
respective owners.
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