Thermodynamics 101: Essentials + Power & Refrigeration Cycle

Thermodynamics 101: Essentials + Power & Refrigeration Cycle, available at $44.99, has an average rating of 5, with 42 lectures, based on 2 reviews, and has 12 subscribers.

You will learn about Understand the basic terminologies related with thermodynamics Understand the properties of a pure substance Understand the first law of thermodynamics Understand the second law of thermodynamics Understand the working cycles of steam power plants Understand the working cycles of internal combustion engines & gaseous engines Understand the working cycles of refrigerators This course is ideal for individuals who are Engineering or physics students or Anyone willing to learn thermodynamics It is particularly useful for Engineering or physics students or Anyone willing to learn thermodynamics.

Enroll now: Thermodynamics 101: Essentials + Power & Refrigeration Cycle

Summary

Title: Thermodynamics 101: Essentials + Power & Refrigeration Cycle

Price: $44.99

Average Rating: 5

Number of Lectures: 42

Number of Published Lectures: 42

Number of Curriculum Items: 42

Number of Published Curriculum Objects: 42

Original Price: $49.99

Quality Status: approved

Status: Live

What You Will Learn

Understand the basic terminologies related with thermodynamics
Understand the properties of a pure substance
Understand the first law of thermodynamics
Understand the second law of thermodynamics
Understand the working cycles of steam power plants
Understand the working cycles of internal combustion engines & gaseous engines
Understand the working cycles of refrigerators

Who Should Attend

Engineering or physics students
Anyone willing to learn thermodynamics

Target Audiences

Engineering or physics students
Anyone willing to learn thermodynamics

The fundamental principles of the laws of thermodynamics serve as the cornerstone for comprehending and understanding the vast array of phenomena observable throughout the cosmos. From the seemingly mundane yet essential processes such as the boiling of water to the intricate workings of ecosystems, and even extending to the entirety of the universe itself, these laws have influence which is everywhere. Furthermore, the intricate machinery that facilitates the fabric of our daily lives, encompassing automobiles, power plants, and refrigeration systems, operates in the accordance of the fundamental laws and principles of thermodynamics.

In this course you will learn the preliminary terminologies and concepts required for understanding of thermodynamics. Next, we will move on learning the two famous laws of thermodynamics which explain the working mechanisms of engines to the creation of universe itself. You will also learn about the cycles on which steam power plants, gaseous power plants, jet engines, automobile engines and refrigerators work.

This course will cover various topics contained in following chapters:

Introduction and Preliminaries
Properties of pure substance
First Law of thermodynamics
Second Law of Thermodynamics (+Entropy)
Phase Change Power Cycles (Steam Engines etc.)
Gaseous Power Cycles (IC Engines, Gas Power Plants etc.)
Refrigeration Cycles

If you have any question, contact me here on Udemy, on Instagram, via Email wherever you desire without any hesitation.

So, let’s jump in and start learning Thermodynamics.

Course Curriculum

Chapter 1: Course Curriculum & Prerequisites

Lecture 1: Curriculum and Prerequisites for the course

Chapter 2: Preliminaries and Introduction

Lecture 1: Thermodynamics

Lecture 2: Thermodynamic System & Control Volume

Lecture 3: Properties & State

Lecture 4: Process & Cycle

Lecture 5: Specific Volume, Density & Pressure

Lecture 6: Energy of a Thermodynamic System

Lecture 7: Zeroth Law of Thermodynamics

Lecture 8: Temperature and its Scales

Chapter 3: Properties of a Pure Substance

Lecture 1: Pure Substance & Phase Boundaries

Lecture 2: Phase Diagrams & Steam Tables

Lecture 3: Vapor Dome

Lecture 4: Gas Laws

Chapter 4: First Law of Thermodynamics

Lecture 1: Heat & Work

Lecture 2: First Law of Thermodynamics

Lecture 3: Modes of Heat Transfer

Lecture 4: Internal Energy Equations

Lecture 5: Enthalpy & Heat Capacity

Chapter 5: Second Law of Thermodynamics

Lecture 1: Heat Engines & Refrigerators

Lecture 2: Second Law of Thermodynamics

Lecture 3: Reversible & Irreversible Process

Lecture 4: Carnot Cycle

Lecture 5: Entropy

Lecture 6: Mollier Charts

Chapter 6: Power Cycles with Phase Change

Lecture 1: Steam Power Plant

Lecture 2: Rankine Cycle

Lecture 3: Reheat Cycle

Lecture 4: Regenerative Cycle

Lecture 5: Losses in Rankine Cycle

Chapter 7: Gaseous Power Cycles

Lecture 1: Gas Power Plants

Lecture 2: Brayton Cycle

Lecture 3: Example 6.1: Brayton Cycle

Lecture 4: Brayton Cycle with Regenerator

Lecture 5: Jet Propulsion

Lecture 6: Reciprocating Power Cycle

Lecture 7: Otto Cycle

Lecture 8: Diesel Cycle

Chapter 8: Refrigeration Cycles

Lecture 1: Refrigeration System

Lecture 2: Vapor Compression Cycle

Lecture 3: Vapor Absorption Cycle

Lecture 4: Air-Standard Refrigeration Cycle

Chapter 9: Final Words

Lecture 1: Congratulations

Instructors

Umair Ahmad Khan
Mechanical Engineer

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