Shreyas A

This course briefly describes concepts such as 'Ideal Gases and Mixtures of Ideal Gases' and 'Real Gases' pertaining to the GATE syllabus of 'Mechanical Engineering' for the subject Thermodynamics.

GATE (Graduate Aptitude Test in Engineering) 2020 & 2021 complete preparation with best educators. Know about the detailed syllabus, best books, exam pattern and dates, previous year question papers a

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English

Part 4: Thermodynamics - GATE (Mechanical)

Basic Thermodynamic Concepts

Thermodynamics

Mechanical Engineering

GATE & ESE - ME & CH

GATE, ESE and IIT-JAM

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Test Preparation

This lesson briefly describes 'Course Overview and Introduction to Ideal and Real Gases'.

Course Overview and Introduction to Ideal Gases

This lesson briefly describes 'Avagadro's Hypothesis and Relation between Properties of an Ideal Gas'.

Avagadro's Hypothesis

This lesson briefly describes 'Relation between Specific Heats of Gases and Gas Constant and Entropy Change of an Ideal Gas'.

Relation Between Properties of an Ideal Gas

This lesson briefly describes the 'Constant Volume Process and Constant Pressure Process'.

Constant Volume and Constant Temperature Process

This lesson briefly describes 'Constant Temperature Process and Isentropic Process'.

Constant Temperature and Isentropic Process

This lesson briefly explains 'Polytropic Process'.

Polytropic Process

Completed b.tech(Mechanical Engineering) in 2015. Qualified GATE in 2015 ,2017 . Persuing m.tech from Nit Hamirpur. Loves teaching.

Juhi Rani Verma

This course will describe basic concepts of thermodynamics and will discuss the energy and energy transfers to different systems and explain the first law of thermodynamics.

(Hindi) Thermodynamics - Introduction and First Law

I am a mechanical engineer and currently perusing my masters from IIT(ISM) Dhanbad.

Sudhanshu Singh

This course is about a system and the types of systems, according to the interactive nature of system with the surrounding, Properties, macroscopic and microscopic viewpoint, Concept of the continuum and its validity, Heat and Work interaction, Equilibrium.

(Hindi) Basics of Thermodynamics: GATE (ME)

Cleared UPSC ESE twice with Rank 63 and 90 in mechanical engg. Got 99 percentile in GATE. Cracked ONGC, BHEL,ISRO, SAIL, GAIL successfully

Harshit Aggarwal

One among the major topics which mechanical engineering students learn is Refrigeration. Hence, in this course, Harshit Agarwal concentrates on providing comprehensive information about the fundamentals of refrigeration. One will learn definitions of refrigeration and come across briefly about its fundamentals. One can also attain the comprehensive understanding of vapour compression cycles as the topics pertaining to it are thoroughly explained and sample questions on it are solved. A thorough discussion on the performance of the vapour compression cycle and detailed outline on the volumetric efficiency of a reciprocating compressor is also elucidated. Taking this course makes ones familiar with the classification of refrigerants and much more fascinating topics.

Understanding the Basics of Refrigeration

5 time GATE Cracked 
4+ years teaching experience in GATE & ESE Mechanical Engineering
Motivational Speaker

Akanksh Suman

In this course, the educator is discussing Zeroth law and Temperature measurement and Pure substance with Numericals for GATE & ESE

GATE and ESE: Basic Concept of Thermodynamics

Hi this is chandrasekar KL, I have worked at Reckitt Benckiser india at hosur for 1.5 years

Chandrasekar Kl

This course covers about basics, need for nuclear engineering and also nuclear power plants.

Nuclear Power Plant - Part 1 for Mechanical Engineering

Youtube channel: Study Labs.
Working with H C Verma Sir. IIT kanpur. Writer. Traveller.

Abhishek Dass

Out of the four laws of thermodynamics, this second law is highly importance because it connects our engineering theoretical studies with practical world.

Lessons

6 lessons • 1h 30m

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Course Overview and Introduction to Ideal Gases

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Avagadro's Hypothesis

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Relation Between Properties of an Ideal Gas

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Constant Volume and Constant Temperature Process

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Constant Temperature and Isentropic Process

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Polytropic Process