搜索资源列表
matlab
- 基于Matlab的传热学虚拟实验开发 -Matlab-based virtual experiment of heat transfer development
data_gen
- 采用有限控制体积法解一维热传导方程，程序简洁明了-Finite control volume method for solution of one-dimensional heat conduction equation, the program concise
MT830-831_tech_desc_ENG_PRO_1
- P2S communicator is a part of the Iskramatic SEP2W system for remote meter reading and billing energy consumption. It is designed for acquisition, storing, processing and displaying of data acquired from electricity, h
lienhard
- A Heat Transfer Text Book, written by Lienhard
fem_50_heat
- 高等热传递,传热学问题中的有限元法解法,适用的边界问题为任意封闭区域.-this is a set of MATLAB routines to apply the finite element method to the heat equation in an arbitrary region, using about 50 lines of MATLAB code.
heat_code
- a matlab code for heat equation
sourcecodes(1)
- 关于传热学的边界元计算程序,可以直接运行-On the heat transfer boundary element calculation program can be directly run
conductionADI2
- CFD code for heat transfer(conduction)
heat1D_mfiles
- heat one dimensional CFD
heat1d_mfiles_v2
- compHeatSchemes Compare FTCS, BTCS, and Crank-Nicolson schemes for solving the 1D heat equation-compHeatSchemes Compare FTCS, BTCS, and Crank-Nicolson schemes for solving the 1D heat equation
Source
- Heat equation Modelling
Assignment_SPARSE
- 2D Heat Conduction(Laplace Equation) source code by using sparse technique in matlab.
CrankNicolson
- Crank-Nicolson Method for the heat equation
annealing
- 这是模拟退火算法，用于解决换热器网络出口温度达到最大值的问题-This is a simulated annealing algorithm used to solve the heat exchanger outlet temperature to achieve maximum network problems
Grank_Nicholson
- 利用crank nicholson法 解一維熱傳PDE-Using crank nicholson method for solving a PDE-dimensional heat transfer
Simsontwilson2Dheat
- matlab codes for 2d heat equation problems
2dheatconductionproblem
- 2d heat conduction problem in matlab
fem2d_heat_50line
- 一个50行的Matlab有限元程序（二维传热问题），执行fem2d.m即可。-A 50-line Matlab finite element program (two-dimensional heat transfer problem), the Executive fem2d.m can.
Code
- 理想算法三维 不可压缩流体流动与传热问题-Algorithm for three-dimensional incompressible ideal fluid flow and heat transfer
heat
- Heat is a very important part of our life.