Effects of Velocity-slip on the Flow and Heat Transfer of a

发布时间：2023-04-04 22:43

　　本文研究了作用在流上的两种速度滑移线(一阶速度滑移线及二阶速度滑移线)效应以及作用在不同可延展表面上二维滞点流的热传输效应。针对该问题的研究在工程应用领域具有重要意义,并已成为近期的热门研究方向。本文工作可分为四个部分。其中,第一部分用于介绍背景知识以及已有的基础研究文献。在第二部分,我们引入了描述该问题的数学模型,根据速度滑移线以及延展表面类型的不同,可将该问题分为三种场景。第三部则介绍离散方法及数值求解过程。数值结论和相关细节讨论在放在第四部分。本文引用的所有文献则见于文章末尾的附录部分。

【文章页数】：53 页

【学位级别】：硕士

【文章目录】：
Acknowledgement
English Abstract
中文摘要
Chapter 1 Introduction
    1.1 Importance and Applications of Flow and Heat Transfer over Stretch-ing Surfaces
        1.1.1 Characteristics of Fluid
        1.1.2 Shooting Method
        1.1.3 Boundary Layer
        1.1.4 Stagnation-Point Flow
        1.1.5 Slip-Boundary Condition
    1.2 Present Work
Chapter 2 Methodology
    2.1 Formulation of the Problem
        2.1.1 Case 1:Partial-slip effects over linear stretching sheet with heat generation/absorption
        2.1.2 Case 2:Second-order Slip effects over exponential stretching sheet with suction
        2.1.3 Case 3:Second-order Slip effects over linear stretching sheet with suction/injection
    2.2 Numerical Method
Chapter 3 Results and Discussion
    3.1 Case 1:First-order slip effects over linearly stretching surface with heat generation/absorption
    3.2 Case 2:Second-order Slip effects over exponential stretching sheet with suction
    3.3 Case 3:Second-order Slip effects over linearly stretching sheet with suction
Chapter 4 Conclusio打 and Future Work
    4.1 Conclusion
    4.2 Future Work
Bibliography



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