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- 材料力学上机程序,由C语言编写而成,用于计算应力-Mechanics of materials-on programs
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- 这是哈工大材料力学上机实验的程序,能够计算出集中力下的弯矩和挠度-This is the mechanics of materials on experiments HIT program, to calculate the concentration of bending moment and deflection under
CFD-code
- 这几天在一个外国的一个开源网上看到的流体力学的一个程序,解释得非常清楚。-These days in a foreign country, an open source online to see a program of fluid mechanics to explain very clearly.
Bishop
- 用C语言编写的土力学毕肖普条分法的程序代码-Soil mechanics Bishop slice method C language program code
OptimizatioN
- 液压支架优化设计C#源码,主要实现功能有,建立液压支架选型通用模型,支持设计参数的导入导出,支持后台Access数据连接,实现液压支架力学和运动学分析,有二维的动画模拟演示。对学习二维绘图也有一定帮助.还实现了一些科学计算算法。-Optimal design of hydraulic support C# source code, the main function, the establishment of a common model selection hydraulic support,
TiGG_PROSIM
- In statistical mechanics, the Potts model, a generalization of the Ising model, is a model of interacting spins on a crystalline lattice. By studying the Potts model, one may gain insight into the behaviour of ferromagnets and certain other phenomena
SPH-3D
- SPH新型数值方法,作为下一代数值模拟的新方法,光滑粒子流体动力学(SPH)源程序,采用Fortran语言编写,用于计算可压缩流体力学问题-SPH model numerical method, as a new method for the next generation of numerical simulation, smooth particle hydrodynamics (SPH) source code, written using FORTRAN for calculation
PID控制算法的C语言实现(完整版)
- 在工业应用中PID及其衍生算法是应用最广泛的算法之一,是当之无愧的万能算法,如果能够熟练掌握PID算法的设计与实现过程,对于一般的研发人员来讲,应该是足够应对一般研发问题了,而难能可贵的是,在我所接触的控制算法当中,PID控制算法又是最简单,最能体现反馈思想的控制算法,可谓经典中的经典。经典的未必是复杂的,经典的东西常常是简单的,而且是最简单的,想想牛顿的力学三大定律吧,想想爱因斯坦的质能方程吧,何等的简单!简单的不是原始的,简单的也不是落后的,简单到了美的程度。(PID and its der