Thermodynamics I

Haftalık özet

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  	Instructor: Prof. Dr. Deniz Uner    Added: 04 January 2022

   

  • Course Content: Concepts of equilibrium, temperature and reversibility. First law and concepts of heat and work; second law and entropy. Equations of state and thermodynamic properties of pure substances. Engineering applications of these principles in the analysis and design of closed and open systems. Thermodynamic analysis of cyclic processes including power generation and refrigeration.

    Course Objectives: Upon successful completion of this course, the students are expected to:

    • • Define and distinguish between
        • different thermodynamic properties
        • heat and work
      • Apply first and second laws to solve problems
        • In closed systems
        • Open systems at steady state
        • Open systems under unsteady state conditions
      • Estimate thermodynamic properties of ideal and real substances via
        • thermodynamic figures,
        • thermodynamic tables
        • equations of state
        • generalized correlations
      • Analyze power and refrigeration cycles.
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  General Introduction

  • System and Its Surroundings Dosya
  • Thermodynamics Dosya
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  Unsteady State Processes

  • Material and Energy Balance Under Unsteady State Conditions Dosya
  • Example: The draining tank Dosya
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  The First Law of Thermodynamics

  • The First Law Self Study Module Dosya
  • The First Law Dosya
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  Heat and Work

  • Heat and Work Under Different Constraints Dosya
  • Example: Isothermal Compression Dosya
  • Example: Adiabatic Compression Dosya
  • Example: Work is a Path Function Dosya
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  Turbines, Compressors, Steam Tables

  • Turbines, Compressors, Steam Tables Dosya
  • Example: Compressor Operating at Steady State Dosya
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  Entropy

  • Entropy a New State Variable Dosya
  • Entropy an Additional Balance Equation Dosya
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  The Carnot Cycle

  • The Carnot Cycle Self Study Module Dosya
  • The Carnot Cycle Dosya
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  Power Cycles

  • Power Systems in Practice and Their Impacts Dosya
  • The Power Cycles Self Study Module Dosya
  • The Power Cycles Self Study Module- Diesel and Otto Dosya
  • Entropy an Additional Balance Equation, Power Cycles Dosya
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  The Steam Engine or The Rankine Cycle

  • The Power Cycles Self Study Module - Rankine Dosya
  • The Steam Engine Dosya
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  The Refrigeration Cycles

  • Refrigeration Cycles Self Study Module Dosya
  • The Refrigeration Cycle Dosya
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  Liquefaction

  • Liquefaction in practice and its impacts Dosya
  • Liquefaction Dosya
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  Real Fluids

  • The Real Fluids Self Study Module Dosya
  • The Real Fluids Van Der Waals Equation of State Self Study Module Dosya
  • Equations of State Dosya
  • Four Different Constraints and Energies Self Study Module Dosya
  • Four Different Constraints and Energies Dosya
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  Maxwell Relations

  • The Real Fluids Maxwell Relations Self Study Module Dosya
  • Maxwell Relations Dosya
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  The Departure from Ideal Functions

  • The Real Fluids Internal Energy Change Self Study Module Dosya
  • The Departure from Ideal Functions Dosya