000			01951nam a22002657a 4500
005			20240530104903.0
008			240529t2007 caua|||gr|||| 001 0 spa u
020			_a9780805377583
040			_aCO-ETITC _bspa _dCO-ETITC _eRCAA2
082			_223 _a530.01 _bG696i
100	1	0	_aGould, Harvey _97801
245	1	3	_aAn introduction to computer simulation methods : _bapplications to physical systems / _cHarvey Gould, Jan Tobochnik y Wolfgang Christian.
250			_aTercera edición
260			_aSan Francisco: _bPearson, _c2007.
300			_3796 páginas ; _ailustraciones.
500			_aIncluye índice.
505	2		_a2. Tools for Doing Simulations.-- 3. Simulating Particle Motion.-- 4. Oscillatory Systems.-- 5. Few-Body Problems: The Motion of the Planets.-- 6. The Chaotic Motion of Dynamical Systems.-- 7. Random Processes.-- 8. The Dynamics of Many-Particle Systems.-- 9. Normal Modes and Waves.--10. Electrodynamics.-- 11. Numerical and Monte Carlo Methods.-- 12. Percolation.-- 13. Fractals and Kinetic Growth Models.-- 14. Complex Systems.-- 15. Monte Carlo Simulations of Thermal Systems.-- 16. Quantum Systems.--17. Visualization and Rigid Bod Dynamics.-- 18. Seeing in Special and General Relativity.-- 19. Epilogue: The Unity of Physics.
520			_aIn the third edition of this acclaimed and highly regarded undergraduate textbook, authors Harvey Gould and Jan Tobochnik are joined by Wolfgang Christian for a thorough and progressive update using Java - currently the most popular programming language. The text retains its renowned focus on teaching and learning physics concepts and their applications through computer simulations.
650	1	4	_aFísica computacional _97802
650	2	4	_aMétodos de simulación física _97803
650	2	4	_aFísica _xProcesamiento de datos _97804
700	1	0	_aTobochnik, Jan _eAutor _97805
700	1	0	_aChristian, Wolfgang _eAutor _97806
942			_2ddc _cBK _h530.01 _kG696i
999			_c5398 _d5398