工程热力学大纲（Outline of Engineering Thermodynamics）.docVIP

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工程热力学大纲（Outline of Engineering Thermodynamics）.doc

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工程热力学大纲（Outline of Engineering Thermodynamics）

工程热力学大纲（Outline of Engineering Thermodynamics） 826 engineering thermodynamics examination outline I. examination subjects Code: 826 Two, applicable Specialty: Engineering Thermophysics Three, the examination questions include: concept questions (about 20%), comprehensive analysis questions (about 35%), calculation questions (about 45%) three kinds. Four, examination content and requirements The first part is the basic concept (1) thermodynamic systems and refrigerants, (2) thermodynamic states and equilibrium states, state parameters and state parameter coordinates; (3) thermodynamic process and quasi equilibrium process and process quantity; (4) thermodynamic cycle and its evaluation index. Requirements: these concepts throughout the course are the basis of the course and require students to master it. The second part is the first law of thermodynamics (1) the expression and essence of the first law of thermodynamics; (2) thermodynamic energy, total energy and enthalpy; volume work, propulsion and technical work; (3) the first analytic form and the second analytic expression of the first law of thermodynamics and their engineering applications; (4) general energy equations of open systems and their applications. Requirements: the concepts of the first law of thermodynamics, mathematical analysis, and the general energy equations of the open system should be mastered and used. The third part is the second law of thermodynamics (1) reversible process and reversible cycle, positive Kano cycle, reverse Kano cycle and Kano theorem; (2) the expression and essence of the second law of thermodynamics; (3) and the principle of entropy entropy parameter; (4) the concept of exergy and the equation of exergy balance; (5) absolute thermodynamic scale. Key requirements: master the related concepts of the second law of thermodynamics and mathematical expressions and Kano circulation, Kano theorem and the principle of entropy and exergy concept. The fourth part is ideal gases and