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regongshuzhijisuan
- 二维稳态导热问题。设材料物性均为常数,均质无内热源。已知它的左边界是温度为T2的等温边界,其他三个边界均为温度为T1的等温边界。导热区域为边长L的正方形。-two-dimensional steady-state heat conduction problems. Based material properties are constant, no heterogeneity within the heat source. It is known to have a threefold T2 i
yiweiwentaidaore
- 一维稳态导热计算 输入端点温度和传热系数等可以算出两点间的温度分布-one-dimensional steady-state thermal conductivity calculated input endpoint temperature and heat transfer coefficient can be calculated 2:00 of the temperature distribution
heattransfer
- 本程序适用于计截面积很小的长圆柱体一维非稳态导热的温度计算。
thermal_math
- 导热问题数值解法的基础。热力学的数值解法已经称为一门独立的课程,工程中经常使用
heat-transfer
- 用FORTRAN编写的‘一维非稳态导热通用程序’,对学计算流体力学的人很有用!
shooting method求解
- c++,shooting method求解平板稳态导热问题,请给积分,已经发了两个了
程序 三对角阵系
- !一维导热,非稳态全隐式迭代,边界条件t1=100,t11=20 !导热率为7 module parameter1 !设置全局变量 implicit none integer i real,parameter::dt=0.01 real,parameter::err=0.000001 real,parameter::r=7 real,parameter::ta=100,tb=20 real::a(2:11)=(/(-1,i=2,10),0/) !设置三对角阵系数 rea
propety-viscosity-and-conductivity
- 水和水蒸汽物性参数的准确计算对核动力系统热工水力特性模拟是必不可少的.基于 IAPWS-IF97标准,开发了求解热物性参数(压力、热力学温度、比热容、比焓、比熵、比内能、比定压热客、比定容热容)、输运物性参数(导热系数、动力粘度)和表面张力的程序-Water and steam accurate calculation of physical parameters on the thermal hydraulic characteristics of the nuclear power syst
C-N-for-het-conduct
- C-N差分格式数值求解一维非稳态导热问题-CN difference scheme solving the heat conduction
heat-transfer-theory
- 计算具有稳定内热源的二维稳态导热问题程序-Calculated with a stable heat source within the two-dimensional steady-state heat conduction process
fluent关于水和水蒸气的物性参数的udf
- fluent关于水和水蒸气的物性参数的udf,包括蒸汽的密度,水和水蒸汽的比容,导热系数和热传导系数-fluent-about the Physical parameters of the water and vapor
D2Q9导热模型
- 基于格子玻尔兹曼方法(LBM)的D2Q9纯导热模型,运用Fortran语言编写。
D2Q9两相串并联导热模型
- 基于格子玻尔兹曼方法(LBM)的D2Q9两相串并联导热模型,運用Fortran語言編寫。
一维非稳态导热方程求解(附Matlab程序).pdf
- 一维热传导相关资料,数学建模可以用。一维非稳态热方程求解。(One-dimensional heat conduction)
一维非稳态导热方程-热流绝热边界(附Matlab程序)
- 利用matlab 求解一维非稳态热传导问题,并画出图像(One dimensional unsteady heat conduction problem is solved by MATLAB, and the image is drawn.)
BH_wangjiajun
- 一个横截面尺寸为200x300 mm 的二维导热物体,边界条件分别为:左边绝热;右边与接触的流体对流换热,表面传热系数为50 W/(m2·K),流体温度为20°C;上边维持均匀的温度400°C;下边被常热流加热,热流密度为1500 W/m2。已知该物体的热导率为45 W/(m·K)。采用均匀网格,△y=△x=50mm,试用数值方法计算该物体的温度分布。(A two-dimensional heat conducting object with a cross-section size of 20
二维稳态导热的数值计算
- 二维稳态导热计算编程,适合需要用编程计算导热问题的(Two-dimensional steady-state heat conduction calculation programming)
Matlab显示格式求解二维非稳态导热
- 使用Matlab显示格式求解二维矩形区域非稳态导热问题。
一维 稳态 TDMA
- 一维 稳态 导热传热问题的TDMA解法,基于MATLAB 软件(One dimension steady state heat conduction problem TDMA solution, based on MATLAB software.Make the calculation more concise and efficient)