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SCIENTIFIC COMPUTING WITH MATLAB AND OCTAVE, 2ND EDITION (TEXTS IN COMPUTATIONAL SCIENCE AND ENGINEERING)

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Book Details:

  • Author: Alfio Quarteroni

  • Brand: Springer

  • Binding: Paperback

  • Number of Pages: 334

  • Release Date: 01-01-2009

  • EAN: 9788184894301

  • Package Dimensions: 9.0 x 6.0 x 0.6 inches

  • Languages: English


About the Book:

Scientific Computing with MATLAB and Octave (2nd Edition) by Alfio Quarteroni is an essential resource for anyone interested in learning the applications of MATLAB and Octave in the field of scientific computing. This second edition continues to focus on providing practical tools for solving complex numerical problems in science and engineering.

Key Themes:

  1. MATLAB and Octave: The book primarily focuses on two widely-used platforms, MATLAB and Octave, which are essential tools in numerical analysis, scientific computing, and engineering. MATLAB is often seen as the go-to for scientific computing, while Octave provides an open-source alternative with similar capabilities.

  2. Applications in Science and Engineering: The author demonstrates how MATLAB and Octave can be applied to solve a variety of real-world problems in engineering and science. The book contains numerous examples and exercises that showcase how to use these tools for simulation, modeling, and analysis of scientific systems.

  3. Numerical Methods: The book covers several numerical methods for solving scientific problems, such as solving linear and nonlinear equations, integration, interpolation, differentiation, and optimization. These techniques are fundamental for anyone working in the field of computational science.

  4. Practical Exercises: The book includes many practical exercises that help reinforce the learning process. These exercises range from basic problems to more complex applications, making the book suitable for both beginners and those with more advanced knowledge.

  5. Updated and Expanded Content: As the second edition, this version of the book has been updated with additional material to reflect the latest advancements in scientific computing and improvements in MATLAB and Octave. The content has been expanded to cover more sophisticated topics and to provide more practical examples of computational problems.

Conclusion:

Scientific Computing with MATLAB and Octave (2nd Edition) is a comprehensive textbook that will be beneficial for students, engineers, and scientists seeking to apply computational techniques to solve practical problems. Whether you are just starting out or looking to deepen your knowledge of numerical methods, this book offers a solid foundation in scientific computing with MATLAB and Octave.