By Rubin H. Landau

ISBN-10: 0691131376

ISBN-13: 9780691131375

Computational physics is a speedily growing to be subfield of computational technology, largely simply because pcs can remedy formerly intractable difficulties or simulate traditional methods that don't have analytic strategies. your next step past Landau's First path in clinical Computing and a follow-up to Landau and Páez's Computational Physics , this article provides a extensive survey of key subject matters in computational physics for complex undergraduates and starting graduate scholars, together with new discussions of visualization instruments, wavelet research, molecular dynamics, and computational fluid dynamics. through treating technology, utilized arithmetic, and laptop technology jointly, the publication finds how this data base will be utilized to a much wider variety of real-world difficulties than computational physics texts in most cases address.

Designed for a one- or two-semester path, A Survey of Computational Physics also will curiosity a person who desires a reference on or functional event within the fundamentals of computational physics. The textual content contains a CD-ROM with supplementary fabrics, together with Java, Fortran, and C courses; animations; visualizations; colour figures; interactive Java applets; codes for MPI, PVM, and OpenDX; and a PVM tutorial.

- Accessible to complicated undergraduates
- Real-world problem-solving technique
- Java codes and applets built-in with textual content
- Accompanying CD-ROM comprises codes, applets, animations, and visualization documents
- Companion site contains movies of lectures

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**Download e-book for kindle: A Survey of Computational Physics by Rubin H. Landau**

Computational physics is a speedily starting to be subfield of computational technological know-how, largely simply because pcs can clear up formerly intractable difficulties or simulate average techniques that don't have analytic recommendations. your next step past Landau's First path in clinical Computing and a follow-up to Landau and Páez's Computational Physics , this article provides a large survey of key subject matters in computational physics for complex undergraduates and starting graduate scholars, together with new discussions of visualization instruments, wavelet research, molecular dynamics, and computational fluid dynamics.

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**Additional info for A Survey of Computational Physics**

**Sample text**

6. 7. 8. 9. 10. imax sum |sum − sin(x)|/sin(x) where sin(x) is the value obtained from the built-in function. The last column here is the relative error in your computation. Modify the code that sums the series in a “good way” (no factorials) to one that calculates the sum in a “bad way” (explicit factorials). Produce a table as above. 17). Show that for sufﬁciently small values of x, your algorithm converges (the changes are smaller than your tolerance level) and that it converges to the correct answer.

The Java language is a mix of the two. When you ﬁrst compile your program, it interprets it into an intermediate, universal byte code, but then when you run your program, it recompiles the byte code into a machine-speciﬁc compiled code. 4 Programming Warmup Before we go on to serious work, we want to ensure that your local computer is working right for you. Assume that calculators have not yet been invented and that you need a program to calculate the area of a circle. Rather than use any speciﬁc language, write that program in pseudocode that can be converted to your favorite language later.

4 Programming Warmup Before we go on to serious work, we want to ensure that your local computer is working right for you. Assume that calculators have not yet been invented and that you need a program to calculate the area of a circle. Rather than use any speciﬁc language, write that program in pseudocode that can be converted to your favorite language later. The ﬁrst program tells the computer:2 2 Comments placed in the ﬁeld to the right are for your information and not for the computer to act upon.

### A Survey of Computational Physics by Rubin H. Landau

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