Thermodynamics – Mechanical Engineering

Thermodynamics – Mechanical Engineering, available at $69.99, has an average rating of 4.45, with 39 lectures, 6 quizzes, based on 15 reviews, and has 121 subscribers.

You will learn about Thermodynamic system & processes Work and Heat transfer of various processes in both open and closed system Laws of thermodynamics with numericals Steady flow energy equation – Derivation, application & numerical Thermodynamic applications of devices like Nozzles,Diffusers,Turbine,Compressor,Heat exchanger Throttling process,Enthalpy & Entropy Carnot cycle & Reverse Carnot cycle This course is ideal for individuals who are Mechanical engineering graduates and undergraduates or University students having Thermodynamics as their subject or Students pursuing ME/M-Tech in Thermodynamics to brush up their knowledge It is particularly useful for Mechanical engineering graduates and undergraduates or University students having Thermodynamics as their subject or Students pursuing ME/M-Tech in Thermodynamics to brush up their knowledge.

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Summary

Title: Thermodynamics – Mechanical Engineering

Price: $69.99

Average Rating: 4.45

Number of Lectures: 39

Number of Quizzes: 6

Number of Published Lectures: 39

Number of Published Quizzes: 6

Number of Curriculum Items: 47

Number of Published Curriculum Objects: 47

Number of Practice Tests: 1

Number of Published Practice Tests: 1

Original Price: $19.99

Quality Status: approved

Status: Live

What You Will Learn

Thermodynamic system & processes
Work and Heat transfer of various processes in both open and closed system
Laws of thermodynamics with numericals
Steady flow energy equation – Derivation, application & numerical
Thermodynamic applications of devices like Nozzles,Diffusers,Turbine,Compressor,Heat exchanger
Throttling process,Enthalpy & Entropy
Carnot cycle & Reverse Carnot cycle

Who Should Attend

Mechanical engineering graduates and undergraduates
University students having Thermodynamics as their subject
Students pursuing ME/M-Tech in Thermodynamics to brush up their knowledge

Target Audiences

Mechanical engineering graduates and undergraduates
University students having Thermodynamics as their subject
Students pursuing ME/M-Tech in Thermodynamics to brush up their knowledge

During my college times. I often found my classmates having trouble with Thermodynamics. Many of them even had backlogs when they have cleared other tough subjects like Dynamics Of Machine, Machine Design etc;. However this subject always amused me. The vastness of this subject is what makes it tough in the first place.

What is the importance of thermodynamics in our daily lives?

Heating and cooling systems in our homes and other buildings, engines that power our motor vehicles, even the design of buildings and vehicles, all incorporate information from thermodynamicsto make them perform well.

What do we learn from thermodynamics?

Thermodynamics is a part of physics that involves work, heat and temperature that are related to energy, chemical reactions and physical properties of matter. Thermodynamics also deals in studying systems and how they change according to their environment such systems are turbines, engines, nozzles and reactions in closed and open reaction systems.

What is the importance of thermodynamics in engineering?

Thermodynamics is a branch of physics dealing with matter and conversion of energy, conversion of energy into heat and work in particular. Each object of interest in engineering contains matter, therefore, thermodynamics is usually included or indirectly involved in the analysis of almost all engineering problems.

My effort in this course is to simplify the topics in the most suitable way possible. I have divided the topics in very small small bites because I think to eat the whole thing would lead to indigestion 🙂 ENROLL NOW !!

“Nothing in life is certain except death, taxes and the second law of thermodynamics.”

Course Curriculum

Chapter 1: Introduction

Lecture 1: The 3 E's of Thermodynamics

Lecture 2: Thermodynamic Systems

Lecture 3: Thermodynamic Processes

Lecture 4: Laws of Thermodynamics

Chapter 2: Heat & Work

Lecture 1: Work Transfer

Lecture 2: Sign convention of work

Lecture 3: Work as a PATH function

Lecture 4: PdV work for various reversible processes

Lecture 5: Polytropic Index "n"

Lecture 6: Heat Transfer

Lecture 7: Work transfer apart from Pdv work

Chapter 3: I Law of Thermodynamics

Lecture 1: Fundamentals of I law of Thermodynamics

Lecture 2: Energy as a property of system

Lecture 3: The heat transfer formula Q = M C dT

Lecture 4: Enthalpy

Lecture 5: Heat transfer in Isobaric & Isothermal processes

Lecture 6: Heat transfer in Adiabatic & Polytropic processes

Lecture 7: NUMERICAL

Chapter 4: Steady flow energy equation SFEE

Lecture 1: What is a open system

Lecture 2: Mass flow rate

Lecture 3: Energy flow rate

Lecture 4: SFEE – Steady flow energy equation DERIVATION

Lecture 5: Nozzles & Diffusers

Lecture 6: Turbine & Compressor

Lecture 7: Throttling Process

Lecture 8: Heat Exchanger

Lecture 9: NUMERICAL on SFEE

Lecture 10: Heat & Work transfer in open system

Lecture 11: Work transfer via various devices in an open system

Lecture 12: Heat & Work transfer for various processes in open system

Chapter 5: II Law of Thermodynamics

Lecture 1: Fundamentals of II law

Lecture 2: Kelvin Planks statement

Lecture 3: Clausius statement

Lecture 4: Carnot cycle & Carnot theorem

Lecture 5: Reverse Carnot cycle

Lecture 6: NUMERICAL on II law

Chapter 6: ENTROPY

Lecture 1: The order of randomness

Lecture 2: Clausius Theorem

Lecture 3: BONUS Lecture

Instructors

J Aatish Rao
Mechanical engineering professional | AutoDesk Certified U&P

Rating Distribution

1 stars: 0 votes
2 stars: 2 votes
3 stars: 2 votes
4 stars: 2 votes
5 stars: 9 votes

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