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recursion method 解传热方程,作为计算物理的学习小历程很适合-solution of heat transfer equation using recursion method, for computational physics
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计算物理方法教案,可以用学习处理物理问题的数学方法,对编程大有帮助-Methods of Computational Physics lesson plans, can learn to deal with the problem of mathematical physics, on the program go a long way
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《计算物理基础》是北师大彭老师写的,对学习用matlab解决物理问题很有帮助-this is a book about Computational Physics used matlab,the author is Mr peng and come from Beijing Normal University
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光纤耦合器中光孤子传输的仿真研究,计算物理实习,很不错的。(转)-Fiber Coupler Simulation of optical soliton transmission, computational physics internships, very good. (Rpm)
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The code is useful for solving partial
differential equations such as the advection equation, the 2 dimensional heat equation.
Also contains code to simulate two falling balls align in one axis with rebound.
Also has some code for imple
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In the computer science field of artificial intelligence, a genetic algorithm (GA) is a search heuristic that mimics the process of natural evolution. This heuristic (also sometimes called a metaheuristic) is routinely used to generate useful solutio
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蒙特·卡罗方法(Monte Carlo method),也称统计模拟方法,是二十世纪四十年代中期由于科学技术的发展和电子计算机的发明,而被提出的一种以概率统计理论为指导的一类非常重要的数值计算方法。是指使用随机数(或更常见的伪随机数)来解决很多计算问题的方法。与它对应的是确定性算法。蒙特·卡罗方法在金融工程学,宏观经济学,计算物理学(如粒子输运计算、量子热力学计算、空气动力学计算)等领域应用广泛。-Monte Carlo (Monte Carlo method), also known as s
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code useful in computational physics for mapping
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计算物理基础 彭芳麟 物理专业matlab入门(Fundamentals of computational physics, introduction to Matlab, Peng Fanglin physics.)
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Fundamentals of computational physics, introduction to Matlab, Peng Fanglin physics.
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数值计算主要研究如何利用计算机更好的解决各种数学问题,包括连续系统离散化和离散形方程的求解,并考虑误差、收敛性和稳定性等问题。从数学类型分,数值运算的研究领域包括数值逼近、数值微分和数值积分、数值代数、最优化方法、常微分方程数值解法、积分方程数值解法、偏微分方程数值解法、计算几何、计算概率统计等。随着计算机的广泛应用和发展,许多计算领域的问题,如计算物理、计算力学、计算化学、计算经济学等都可归结为数值计算问题。(Numerical calculations mainly study how to
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计算物理学 [刘金远 等著] 2012年版pdf高清版(Computational physics [Liu Jinyuan et al] 2012 PDF HD)
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