首页--工业技术论文--能源与动力工程论文--热力工程、热机论文--热力工程理论论文--传热学论文

基于有限体积法的二维传热系统熵产研究

Abstract第4页
Abstract in Chinese第5-8页
Nomenclature第8-10页
Chapter 1 Introduction第10-20页
    1.1 Background第10-13页
        1.1.1 The Finite Difference Method (FDM)第12页
        1.1.2 Finite Element Method (FEM)第12-13页
        1.1.3 Finite Volume Method (FVM)第13页
    1.2 Role of numerical analysis in advanced technology第13-14页
    1.3 Literature review第14-18页
    1.4 Objectives of dissertation第18-19页
    1.5 Summary第19-20页
Chapter 2 Basic Governing Equations第20-29页
    2.1 Theoretical background第20-23页
        2.1.1 Entropy and clausis inequality第20页
        2.1.2 The increase of Entropy Principle第20-21页
        2.1.3 Entropy Balance第21页
        2.1.4 The entropy change of a system第21-22页
        2.1.5 Entropy transfer mechanism第22页
        2.1.6 Closed system entropy balance第22-23页
    2.2 Global rate of entropy production第23-24页
    2.3 Governing equation for entropy production第24-26页
    2.4 Governing equation for heat transfer第26页
    2.5 Methodology第26-28页
        2.5.1 Steps for numerical modeling第27-28页
            2.5.1.1 Problem Specification第27页
            2.5.1.2 Mathematical model第27-28页
            2.5.1.3 Numerical Simulation第28页
    2.6 Summary第28-29页
Chapter 3 Two-dimensional heat transfer system第29-50页
    3.1 Numerical Scheme for two-dimensional System第29-32页
        3.1.1 Grid generation第29-30页
        3.1.2 Discretization第30-32页
        3.1.3 Solution of equations第32页
    3.2 Problem discription for two dimensional heat transfer第32-39页
        3.2.1 Entropy production for non-uniform grid第35-37页
            3.2.1.1 Entropy production for non-uniform grid at r=0.5第35-36页
            3.2.1.2 Entropy production for non-uniform grid at r=2第36-37页
        3.2.2 Entropy production for uniform grid第37-39页
    3.3 Problem description for two dimensional heat transfer with constant heat flux第39-43页
    3.4 Problem description for two dimensional heat transfer with variable heat flux第43-47页
    3.5 Entropy production Analysis for Hexagonal geometry第47-48页
    3.6 Summary第48-50页
Chapter 4 Numerical analysis of entropy production for heat transfer & fluid flow in a pipe第50-59页
    4.1 Entropy production analysis of a pipe with effect of magnetic field第50-54页
        4.1.1 Mathematical Model第50-52页
        4.1.2 Entropy Production Analysis第52-53页
        4.1.3 Numerical Scheme第53-54页
    4.2 Entropy production analysis of a horizontal pipe第54-58页
        4.2.1 Mathematical Model第54-56页
        4.2.2 Entropy Production Analysis第56-57页
        4.2.3 Numerical Scheme第57-58页
    4.3 Summary第58-59页
Chapter 5 Results and Discussion第59-82页
    5.1 Results for non-uniform grid第59-63页
    5.2 Results for uniform grid第63-67页
    5.3 Results for entropy production with effect of heat flux第67-71页
    5.4 Entropy production Analysis for Hexagonal geometry grid第71-72页
    5.5 Entropy production Analysis of pipe with effect of magnetic strength第72-77页
        5.5.1 Effects of embedded parameters on velocity and temperature of the fluid第72-75页
        5.5.2 Effects of embedded parameters on entropy production rate第75-77页
    5.6 Entropy production Analysis of horizontal pipe第77-82页
        5.6.1 Entropy production Analysis of pipe with effect of magnetic strength第77-80页
        5.6.2 Effects of embedded parameters on velocity and temperature of the fluid第80-82页
Conclusions第82-83页
Refrences第83-88页
Acknowledgment第88-89页
Curriculum Vitae第89页

论文共89页,点击 下载论文
上一篇:酒糟水解工艺研究及发酵产富马酸的应用
下一篇:镀锌方管轻型门式刚架实验及设计研究