Free Ebook Introduction to Modeling and Simulation of Technical and Physical Systems with Modelica

Free Ebook Introduction to Modeling and Simulation of Technical and Physical Systems with Modelica

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Introduction to Modeling and Simulation of Technical and Physical Systems with Modelica

Free Ebook Introduction to Modeling and Simulation of Technical and Physical Systems with Modelica

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About the Author

Peter Fritzson, PhD, is Professor and Research Director of the Programming Environment Laboratory at Linköping University. Dr. Fritzson is also Director of the Open Source Modelica Consortium, Director of the MODPROD Center for Model-Based Product Development, and Vice Chairman of the Modelica Association, all organizations he helped to establish. Previously, he served as chairman of the Scandinavian Simulation Society, secretary of EuroSim, and a project leader at Sun MicroSystems.

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Product details

Paperback: 232 pages

Publisher: Wiley-IEEE Press; 1 edition (September 21, 2011)

Language: English

ISBN-10: 111801068X

ISBN-13: 978-1118010686

Product Dimensions:

6.2 x 0.5 x 9.3 inches

Shipping Weight: 1.2 pounds (View shipping rates and policies)

Average Customer Review:

3.5 out of 5 stars

15 customer reviews

Amazon Best Sellers Rank:

#1,459,971 in Books (See Top 100 in Books)

Solid. A bit too focused on specific cases, rather than on how you extend Modelica to new problems: what to look for? how to abstract? and so on.

Very introductory, but a good start.

This book is somewhat "too easy to read" and doesn't cover any advanced material or questions.I still need to discover by myself what I could expect from Modelica and its available implementations.It remains nevertheless a first-hand reference.

Modelica is an intriguing package that aspires to make modelling simpler than doing this in better known, more established languages. The key difference is the emphasis on equations, as opposed to assignments which are typical of languages from Fortran to C to Java. It is a completely different approach, that uses a declarative style that can preferably start from scratch, from the equations of physics or whatever equations you use to model your system. The book terms this acausal modelling.His examples of electrical diagrams have some of the flavour of Spice. Both the text based method used in Spice to define a circuit and the autogeneration of these from a circuit built in a GUI. The book explains that connectors are a vital idea, and the defining of these classes appears straightforward, as least as evidenced by the examples. It also turns out that Modelica offers a way to do graphical editing to make circuits out of predefined components.Readers versed in object oriented languages like C++ and Java will see familiar usages in the book. Modelica has an inherent OO base aspect. You just have to get used to the equations mindset. Though the book implies that this may be a case of you having to remember when you were first taught these in school. That the traditional computer syntax you later learnt made you cast aside that earlier pedagogy.

At just 200 pages, this book is far smaller than a typical introductory text for a general-purpose programming language like Java, C#, or Scala. This in spite of the fact that it has some additional ground to cover, notably its declarative mathematical aspect and its component model for structuring programs. As such it felt a bit compressed and dry, but it does in fact cover the basics admirably in that space. The examples are good, although the book doesn't hold your hand here -- if you don't have much background in electrical circuits then you probably aren't going to get much out of a couple of those particular examples. But there are some which have to do with bouncing balls and filling water tanks, and anyone who has taken a bit of math and physics ought to be able to understand those.Perhaps the best feature of the book is section 2.20, "Implementation and Execution of Modelica," which does a good job of showing what really happens when a Modelica program is executed, allowing you to see how the declarative descriptions you give it are put to use.If you are actually going to make use of Modelica, you will no doubt spend a lot of time learning about the component libraries for your domain of interest. This book makes no attempt to help you there beyond providing a useful list of the libraries available and info about what they are for. Probably there was no way to really dive into the libraries without the result being useless for most of the book's target audience, since readers will be interested in different libraries.I can't escape the feeling that if the book were somewhat longer I would have liked it better, but what is there is good stuff. It will give you the basics you need to go off and explore the library or two that addresses your domain.

For the new Modelica learner . . . take a tip from someone (me) that started out in the wrong learning mode. In short, I recommend do NOT start with this book. Rather start with the electronic self-teaching program accessible and free via the Modelica companion website. When you have most of that under your belt, then open up the "Introduction to Modeling and Simulation of Physical Systems with Modelica" hardcopy text. It will feel much more comfortable at that point, and should facilitate a boost in your learning curve.

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