Computational Physics (Teach Yourself) For BS MSc by Syed Hamad Bukari
- Publisher: QUANTA PUBLISHER
- Availability: In Stock
- SKU: 53480
Rs.340.00
Rs.400.00
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"Computational Physics" by Syed Hamad Bukari is a comprehensive guide designed for undergraduate and postgraduate students, providing a thorough understanding of computational techniques in physics. This book is structured to facilitate self-learning, offering clear explanations, practical examples, and hands-on exercises to enhance the reader's proficiency in computational methods. Covering a wide range of topics from numerical algorithms to simulations of physical systems, it equips students with the necessary skills to tackle complex problems in physics using computational tools.
Key Points:
- Introduction to Computational Physics - Overview of the role of computational methods in solving physics problems.
- Numerical Methods - Detailed discussion on numerical algorithms for solving differential equations, integration, and optimization problems.
- Programming Languages - Introduction to programming languages commonly used in computational physics, such as Python, MATLAB, and C++.
- Data Analysis - Techniques for analyzing and visualizing data generated from computational simulations.
- Monte Carlo Methods - Explanation of Monte Carlo simulation techniques and their applications in physics.
- Molecular Dynamics - Introduction to molecular dynamics simulations for studying the behavior of molecules and materials.
- Finite Element Methods - Overview of finite element methods for solving partial differential equations in physics.
- Computational Quantum Mechanics - Application of computational techniques in solving quantum mechanical problems.
- Statistical Mechanics Simulations - Simulation methods for studying statistical mechanics and thermodynamics.
- High-Performance Computing - Discussion on parallel computing and optimization strategies for improving computational efficiency.
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Writer ✤ Syed Hamad Bukari ,Ahsan Javed
Publishers ✤ QUANTA PUBLISHER