资源列表
DNSimcompressible_Solver
- 针对不可压缩湍流的直接数值模拟(DNS)程序,有两个学习实例(DNS code for incompressible turbulent flow. Some cases are included for learning.)
风力摆(使用)
- 风力摆源码,可画圆,PID算法,可调周期摆动(Wind pendulum source code)
mieyanzheng
- 利用matlab编写了计算球散射振幅矩阵的米理论程序(A theoretical program for calculating the scattering amplitude matrix of a sphere has been compiled using MATLAB)
injection_locking
- 激光器处于注入锁定稳态时,失谐频率和注入比的关系研究(Study on the relationship between the detuning frequency and the injection ratio when the laser is in the locked steady state)
matlab_physics
- 1、平面波从空气入射到石英玻璃中的P、S分量的振幅反射率和透射率 2、平面波从空气入射到石英玻璃中的P、S分量的能流反射率和透射率 3、平面波从石英玻璃入射到空气中的P、S分量的振幅反射率和透射率 4、平面波从石英玻璃入射到空气中的P、S分量的反射波相位和透射波相位随入射角度的变化 5、光纤芯层中导模的传播常数(The amplitude, reflectivity, and transmittance of the P and S components of the plane wav
exam4
- 用数值求解一阶贝塞尔函数的前10个零点并作出曲线(Numerical solution of the first-order Bessel function of the top 10 zero point and make a curve)
气体高斯扩散模型模拟_代码
- 高斯扩散模式适用于均一的大气条件,以及地面开阔平坦的地区,点源的扩散模式。排放大量污染物的烟囱、放散管、通风口等,虽然其大小不一,但是只要不是讨论烟囱底部很近距离的污染问题,均可视其为点源。(The Gauss diffusion model is applied to homogeneous atmospheric conditions, as well as to ground open flat regions, and to point source diffusion patterns
liangzhongyanseheqiujing8
- 离散元素法的基本原理是,将研究对象划分为一个个相互独立的单元,根据单元之间的相互作用和牛顿运动定理,采用动态松弛法或静态松弛法等迭代方法进行循环迭代计算,确定在每一个时间步长所有单元的受力及位移,并更新所有单元的位置。主要根据研磨片的参数特性,建立离散元模型,对研磨过程进行模拟,观测磨粒脱落情况,分析不同结合强度,不同研磨压力,不同研磨速度条件下,光纤头和研磨的相互作用情况。(In order to study the rough peak removing from the surface o
COMSOL5 for engineers
- This BooK enables users to build apps based on COMSOL models that can be run in any operation system (Windows, Mac, mobile/iOS), specifically on the COMSOL Server.
模型案例
- 有关二维声子晶体频谱图的MATLAB程序,新手适用(MATLAB Program for Spectrum Map of Phononic Crystals)
COMSOL中文文档2
- 继上: 3-电化学模块简介 4-Introduction To Electrochemistry Module 4-白皮书-Li-IonBattery Modeling 4-白皮书-锂离子电池建模(Following: 3-Induction Module Introduction 4-Introduction To Electrochemistry Module 4-White Paper-Li-IonBattery Modeling 4-White Paper - Lithi
声悬浮器
- 本模型研究了在恒定频率下驱动的二维声悬浮器,几何结构作了一定程度的简化,弹性小颗粒在驻声场中均匀释放,确定了这些颗粒在声辐射力、黏性阻力以及重力影响下的路径。(In this model, a two-dimensional acoustic levitator driven at a constant frequency is studied. The geometric structure is simplified to a certain extent. Small elastic pa
