Harvy Gould,Jan Tobochnik
pt. 1. Simulations with deterministic processes,1. Introduction,2. The coffee cooling problem,3. Motion of falling objects,4. The Kepler problem,5. Oscillatory motion,6. Many particle systems,7. The chaotic motion of dynamical systems,8. Wave phenomena,9. The fields of static charges and currents. pt. 1. Appendices,A. Summary of the core syntax of BASIC, FORTRAN and Pascal,B. Examples of input and output statements,C. Index of true BASIC programs,D. Listings of FORTRAN programs,E. Listings of Pascal programs. pt. 2. Simulations with random processes,10. Numerical integration,11. Random walks,12. The percolation problem,13. Fractals, kinetic growth models, and cellular automata,14. The approach to equilibrium,15. Microcanonical ensemble,16. Cononical ensemble,17. Quantum systems,18. Epilogue: The same programs have the same solutions. ,pt. 2 Appendices,F. Index to true BASIC programs,G. Listing of FORTRAN programs,H. Listing of Pascal programs.
An Introduction to Computer Simulation Methods: Applications to Physical Systems, Part 1