March 7, 2017

Computational Physics: Problem Solving with Computers by Rubin H. Landau, Manuel J P?ez, Cristian C. Bordeianu

By Rubin H. Landau, Manuel J P?ez, Cristian C. Bordeianu

This moment version raises the universality of the former variation by means of offering all its codes within the Java language, whose compiler and improvement package can be found at no cost for basically all working structures. moreover, the accompanying CD presents some of the similar codes in Fortran ninety five, Fortran seventy seven, and C, for much more common program, in addition to MPI codes for parallel functions. The e-book additionally comprises new fabrics on trial-and-error seek options, IEEE floating aspect mathematics, chance and facts, optimization and tuning in a number of languages, parallel computing with MPI, JAMA the Java matrix library, the answer of simultaneous nonlinear equations, cubic splines, ODE eigenvalue difficulties, and Java plotting courses. From the reports of the 1st variation: "Landau and Paez's ebook will be a great selection for a direction on computational physics which emphasizes computational equipment and programming." - American magazine of Physics

Show description

Read or Download Computational Physics: Problem Solving with Computers PDF

Best mathematical physics books

Table of Integrals, Series, and Products, Seventh Edition

A piece difficult to decipher at the beginning, yet as soon as I obtained used to it this is often the easiest math reference booklet i have ever had. i will by no means want one other one until I put on this one out (not most likely. .. severe binding) and if I do i'm going to need to get an analogous e-book back. attention-grabbing historical past published within the introductions to past types.

Functional Integration: Action and Symmetries

Practical integration effectively entered physics as course integrals within the 1942 Ph. D. dissertation of Richard P. Feynman, however it made no experience in any respect as a mathematical definition. Cartier and DeWitt-Morette have created, during this e-book, a clean method of practical integration. The publication is self-contained: mathematical principles are brought, built, generalised and utilized.

Variational Methods in Mathematical Physics (Texts and Monographs in Physics)

This textbook is a entire creation to variational tools. Its unifying point, in keeping with acceptable ideas of compactness, is the learn of serious issues of functionals through direct tools. It exhibits the interactions among linear and nonlinear useful research. Addressing specifically the pursuits of physicists, the authors deal with intimately the variational difficulties of mechanics and classical box theories, writing on neighborhood linear and nonlinear boundary and eigenvalue difficulties of significant sessions of nonlinear partial differential equations, and giving more moderen effects on Thomas-Fermi concept and on difficulties related to severe nonlinearities.

Computational Physics: Problem Solving with Computers

This moment version raises the universality of the former version by way of offering all its codes within the Java language, whose compiler and improvement package can be found at no cost for primarily all working structures. moreover, the accompanying CD presents a number of the comparable codes in Fortran ninety five, Fortran seventy seven, and C, for much more common program, in addition to MPI codes for parallel purposes.

Additional resources for Computational Physics: Problem Solving with Computers

Sample text

6 Number Representation (Theory) As a consequence of computer memories being based on the magnetic or electronic realization of a spin pointing up or down, the most elementary units of computer memory are the two bits (binary integers) 0 and 1. This means that all numbers are stored in memory in binary form, that is, as long strings of zeros and ones. As a consequence, N bits can store integers in the range [0, 2 N ], yet because the sign of the integer is represented by the first bit (a zero bit for positive numbers); the actual range decreases to [0, 2 N −1 ].

8 Implementation and Assessment: Recursion Relations Tab. 1 Approximate values for spherical Bessel functions of orders 3, 5, and 8 (from Maple). 20) to produce the spherical Neumann function nl , there is no problem. In that case we are combining small numbers to produce larger ones (Fig. 1), a process that does not contain subtractive cancellation, and so we are always working with the most significant parts of the numbers. 21) for downward recursion starting at a large value of l. This avoids subtractive cancellation by taking small values of jl +1 ( x ) and jl ( x ) and producing a larger jl −1 ( x ) by addition.

C) Extend your program so that it indicates the most precise solutions. 2. As we have seen, subtractive cancellation occurs when summing a series with alternating signs. 11) All terms are positive in this form with just a single subtraction at the end of the calculation. 12) While all three summations S(1) , S(2) , and S(3) are mathematically equal, this may not be true numerically. (a) Write a single-precision program that calculates S(1) , S(2) , and S(3) . (b) Assume S(3) to be the exact answer.

Download PDF sample

Rated 4.39 of 5 – based on 49 votes