Computer Modeling and Simulation of Dynamic Systems Using Wolfram SystemModeler - Info and Reading Options

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Intro -- Reviewers -- Introduction -- References -- Contents -- 1 Modeling Systems -- 1.1 Basic Modeling Concepts -- 1.2 Classification of Mathematical Models -- 1.3 Basic Properties of Mathematical Models -- 1.4 Computer Simulation and Computational Experiment -- 1.5 Classification of Computer Models -- 1.6 Open and Isolated Models -- 1.7 Single component and Multicomponent Models -- 1.8 Continuous, Discrete, and Hybrid Models -- 1.9 Linear and Nonlinear Systems -- 1.10 Component-Oriented Approach in Modeling -- References -- 2 Description of the Wolfram SystemModeler -- 2.1 General Concepts -- 2.2 Model Center -- 2.3 Simulation Center -- 2.3.1 Experiment Browser -- 2.3.2 Solver Selection -- 2.3.3 Plotting -- 2.3.4 Model Animation -- 2.3.5 FFT Analysis -- 2.4 Creating a Dynamic Model in Wolfram SystemModeler -- 2.4.1 Creating a Component in Text Mode -- 2.4.2 Perform a Numerical Experiment -- 2.4.3 Creating a Library of Components for Complex Systems Modeling -- 2.5 Basics of Component Modeling in WSM -- 2.5.1 Creating a Spring Pendulum Model -- 2.5.2 Analysis of the Properties of the Spring Pendulum Component -- 2.5.3 Example of Using the Spring Pendulum Component: Multi-link -- 2.6 Creating a Hybrid Model in the WSM Package on the Modelica Language -- 2.6.1 Modelica Language Features to Describe Continuous and Discrete Events -- 2.6.2 An Example of Using Modelica Language Tools: Bouncing Ball -- 2.7 General Recommendations for Creating a Computer Model -- References -- 3 Computer Simulation of Dynamic Systems -- 3.1 Dynamic System Modeling -- 3.2 Fundamental Principles for Mathematical Models Development -- 3.2.1 Newton's Laws and Conservation Laws -- 3.2.2 Variational Principles -- 3.3 Hierarchical Principles of Model Building -- 3.4 Universality of a Computer Model and Equivalent Physical Systems -- References

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