搜索资源列表
Dcp
- 翅片上冷凝 udf，由于存在shadow必须考虑两侧冷凝udf。所以需要考虑两侧相变传热传质(The condensation of UDF on the fin, due to the presence of shadow, must be considered on both sides of the condensing udf. Therefore, it is necessary to consider the heat transfer and mass transfer on bo
ConsoleApplication1
- 在恒温边界条件下的正方体，带有内热源的LBM传热程序。(In the constant temperature boundary conditions of the cube, LBM heat transfer procedures with internal heat source.)
finite
- 此程序描述了带有内热源的三维正方体的传热程序模拟，运用了有限差分法。(This procedure describes the heat transfer process with three-dimension cube heat source simulation using finite difference method.)
FVM
- 运用有限容积法去进行带有内热源的正方体的非稳态传热计算(Non steady state heat transfer calculation using the finite volume method to carry out heat source cube)
office10help
- 传热计算，有限差分法对传导方程进行离散，纯隐式差分(numerical heat transfer)
FLUENT--UDF
- 计算机芯片离子风强化传热，动量方程的添加，UDF(enhanced heat transfer for computer chips with ion wind , added momentum equation , UDF)
ICE
- 内燃机工作过程计算，可计算直喷柴油机的进排气、燃烧、喷雾、传热等过程(The calculation of internal combustion engine working process can be used to calculate the intake, exhaust, combustion, spray, heat transfer and other processes of DI Diesel Engine)
a20171031copy
- 二维热传导方程，偏微分方程求解，环形盘片接触摩擦生热计算温度(Solving partial differential equation of two dimensional heat conduction equation)
separate1_temperature_distribution_y
- 温度场偏微分方程，盘面摩擦，二维，无热原(The basic equations of heat transfer are solved by two - dimensional partial differential equations, without pyrogen and frictional thermal boundaries)
五种对流离散数值计算方法对比
- 用于计算传热学五种常见对流扩散数值计算对比(Numerical comparison of five kinds of convection diffusion)
deaerator
- 除氧器的建模，考虑了传热传质，以及金属热惯性，动态特性模型(In addition to the model of oxygen deoxygenation, the dynamic characteristic model of heat transfer and heat transfer is considered)
Numerical Heat Transfer and Fluid FlowPatankar
- 关于两相流计算编程的经典书籍，很受欢迎，建议初学者阅读。(The classic books on the two phase flow calculation programming are very popular and are recommended for beginners to read.)
2v tube
- 能能够模拟2位管道流场，是计算流体和计算传热学中的一个经典问题(simulate two pipeline flow field)
格子玻尔兹曼方法程序
- 该程序使用Fortran编写，利用格子玻尔兹曼方法解决传热流动问题
关于温室方面的资料
- 为了预测和评价日光温室墙体的热工性能，构建了日光温室墙体非稳态传热过程的一维差分模型。根据气象统 计参数及其变化规律，确定了墙体表面太阳辐射热量的算法，以及傅立叶级数形式的室内和室外气温等边界条件，墙体 表面接收的太阳辐射热量处理为边界节点的内热源。提出了以周期外界条件反复循环作用的“程序预演法”，解决了墙体 传热模拟的初始条件问题。采用高效的追赶法求解差分方程组等方法，建立了完整的日光温室墙体传热的数值模拟方法， 编制了计算机程序RGWSQCR，通过运行程序模拟日光温室墙体传热过程，可
heattransfer
- 用有限差分法解决传热方程，并用matlab编程，可轻松移植解决其他偏微分方程。(The finite difference method is used to solve the heat transfer equation, and the other partial differential equations can be easily transplanted by MATLAB programming.)
传热学
- 传热学二维稳态导热问题的网格差分方法数值求解(Two-dimensional steady-state heat transfer problem in heat transfer)
等温边界
- 一个等温边界条件下计算墙角内温度场的小程序，用户输入墙角两侧温度，墙体热导率，设定网格尺寸后程序便会自动迭代求解并同时以矩阵和三维图形的形式输出运算结果。(A small program to calculate the temperature field inside the corner under the condition of isothermal boundary is introduced. When users enter the temperature on both side
对流边界
- 墙角在对流边界情况下的温度场模拟计算程序。用户输入墙角两侧的流体主流温度，对流换热表面传热系数，设定墙角以及计算网格尺寸后，程序可以通过迭代求解墙体的温度场并以矩阵和三维图像的形式输出。(A simulation program for the temperature field of the wall corner under the convective boundary condition. After entering the mainstream temperature of the
project2_2
- 二维导热问题平板热源求解计算传热学二维导热问题平板导热(Solving two dimensional heat conduction problem)