Introduction to Thermodynamics: Processes and Cycles

This course dives into the fundamental concepts of thermodynamics, focusing particularly on various thermodynamic processes and cycles that illustrate the transfer and transformation of energy. Through a series of detailed lessons, you'll explore key processes like isothermal and adiabatic transformations, and investigate important cycles used in practical applications such as the Carnot, Otto, and Rankine cycles. The course combines theoretical foundation with practical insights to provide a comprehensive understanding of how thermodynamic principles are applied in engineering and natural processes.


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Last update: 04/2024
English

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Price USD 1.00

Course Overview

4 sections . 16 lessons .

Basics of Thermodynamics

Introduction to Thermodynamics 5:44
Understanding Heat, Work and Energy 11:27
Thermodynamic Systems and Surroundings 10:57
State Variables and Equilibrium 53:22
Basics of Thermodynamics Quiz 20 min

Thermodynamic Processes

Exploring Other Thermodynamic Processes: Connecting Concepts 10:04
Isothermal Processes 10:45
Adiabatic Processes 10:38
Isobaric and Isochoric Processes 17:43
Thermodynamic Processes Quiz 20 min

Exploring Thermodynamic Cycles

Real World Applications: Otto and Diesel Cycles 4:39
Introduction to Thermodynamic Cycles 7:09
Carnot Cycle: The Ideal 11:52
Understanding the Rankine Cycle 9:40
Exploring Thermodynamic Cycles Quiz 20 min

Applications and Practical Insight

Power Generation: Utilizing the Carnot Cycle 20:17
Automotive Systems: Otto and Diesel Cycles in Action 22:39
Case Studies: Applying Thermodynamics to Solve Real-World Challenges 5:58
Steam and Gas Turbines: The Rankine and Brayton Cycles 9:51
Thermodynamics: Applications and Practical Insight 20 min

Instructor

32 published courses

9 courses sold

Instructor ratings

4.25 (4 ratings)
Goal

Course Objectives

Understand and describe the basic principles of thermodynamics.

Explain the behavior of various thermodynamic processes.

Analyze and calculate the efficiency of major thermodynamic cycles.

Apply the laws of thermodynamics to everyday phenomena and engineering problems.

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Prerequisites

point

Basic knowledge of physics and chemistry.

point

Familiarity with basic algebra and calculus.

point

Interest in energy systems and environmental science.

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