Advanced Diploma in Engineering Thermodynamics
Course Description
In this free online course, you will gain an in-depth understanding of the science of thermodynamics. You will learn about its technologies, applications and benefits.
The course begins by explaining some basic concepts associated with thermodynamics, such as systems and state postulates, specific heat and gravity, temperature and pressure scale, equilibrium and processes. Energy and efficiency of machines are analyzed, as well as the equations of state and the working principles of heat engines. In addition, you will learn about the principles of Entropy and Exergy.
The following part of the course focuses on power cycles, processes associated with gas power cycles and vapour power cycles. Finally, you will explore thermodynamic property relations and chemical reactions. This course will be of interest to students studying science and engineering courses. It will also be beneficial to those working in the industrial sector, as well as those seeking employment in this area. Start this course today and learn more about engineering thermodynamics.
What you'll learn in this course?
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Thermodynamics
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Physical Chemistry
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Science
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Engineering
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Chemistry
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Physics
Course Curriculum
- Learning Outcomes
- System Definitions and Application
- Properties of Thermodynamics
- Temperature Scale and Pressure
- Illustration of Pressure
- Forms of Energy
- Forms of Work
- First Law of Thermodynamics
- Energy Conversion Efficiency
- Efficiency of Machines
- Basic Concepts and Energy Balance
- Continuation of Examples
- Lesson Summary
- Learning Outcomes
- Entropy
- Entropy and Isentropic Processes
- Entropy of Liquids and Gases
- Reversible Steady Flow Work
- Isentropic Efficiency
- Entropy Balance
- Entropy Balance Examples
- Continuation of Examples I
- Exergy and Second Law Efficiency
- Exergy of Closed Systems
- Exergy Transfer
- Exergy Balance for Control Volume
- Examples of Exergy
- Continuation of Examples II
- Continuation of Examples III
- Lesson Summary
- Learning Outcomes
- Power Cycles
- Reciprocating Engines
- Diesel Cycle
- Brayton Cycle
- Brayton Cycle Problems
- Examples of Power Cycles
- Examples Continued
- Vapour Power Cycles
- Regenerative Rankine Cycle
- Analysis of Vapour Power Cycles
- Refrigeration Cycles
- Examples of Vapour Power Cycles
- Continuation of Examples
- Lesson Summary
- Learning Outcomes
- Thermodynamic Property Relations
- Thernodynamic Property Relations II
- Thermodynamic Property Relations III
- Cyclic Relations
- Chemical Reactions
- Chemical Reactions II
- Chemical Reactions III
- First Law Analysis of Reacting Systems
- Examples of Chemical Reactions
- Continuation of Examples
- Lesson Summary
NPTEL
India
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