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

Power Plant is very important for GATE and Indian Engineering Services Examination. This course includes two very important topics of power plant. i. e . Rankine cycle and Brayton cycle. In Rankine cycle, all important sub topics are covered like difference between carnot cycle and rankine cycle, methods of improving efficency, reheating, regeneration and numericals as well. Numericals play a very important role in these exams. The numericals are explained in a very easy and simple manner.
Similarly brayton cycle has also been explained in a very awsome manner taking care of all the sub topics like difference between open cycle and closed cycle, reheating, intercooling, regeneration, isentropic efficiency of turbine and compressor and numericals as well. Tags: IES exam, GATE exam, Power Plants for GATE,  Power plants for IES, IES syllabus, GATE syllabus, Rankine cycle for IES, Rankine Cycle for Gate, Numericals on Rankine Cycle, Brayton Cycle for IES, Brayton Cycle for Gate, Numericals on Brayton Cycle

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

GATE & ESE

English

Functioning of Power Plant (For GATE, IES, etc.)

Mechanical Engineering

GATE (Graduate Aptitude Test In Engineering) Preparation

Basic Thermodynamic Concepts

Thermodynamics

GATE & ESE - ME & CH

GATE, ESE and IIT-JAM

Ace the toughest competitive and government exams in India 

Test Preparation

In this lesson, Harshit Agarwal tells us the overview of the course, Functioning of Power Plants.

Overview of Functioning of Power Plants

In this Lesson, the Carnot and Rankine Cycle is explained. These two cycles are very important for GATE and Indian Engineering Services Exam. You will also understand the difference between these 2 cycles. Further, Thermal Efficiency of Rankine is also discussed along with mean temperature of heat addition.

Carnot and Rankine Cycle

This lesson explains the various methods to increase the performance of Rankine

Cycle like increase in boiler pressure, superheating, reheating and the effects of superheating

and reheating. These parameters are explained with the help of mean temperature of heat addition.

Methods of Improving the Efficiency in Rankine Cycle

This lesson throws light on Regeneration in Rankine Cycle. This topic is difficult to

understand but educator has explained it in a very easy manner. Through this lesson one will gain

the knowledge of Regeneration, Effects of regeneration, various equations. A numerical has been

solved to understand the concept better.

Regeneration in Rankine Cycle

In this lesson, Harshit Agarwal solves problems pertaining to Rankine Cycle. This lesson will

help you gain more proficiency on the theoretical concepts which were discussed earlier on Rankine

Cycle. He explains each single step while solving the problem and elaborates each concept

associated with it. ​Both, Objective and Conventional Numericals are there in this lesson

Numericals on Rankine Cycle

As this lesson begins you will be taught about the Open cycle Gas Turbine and Closed

Cycle Gas Turbine. You will also understand the difference between Open and Closed Cycle. Further,

sub topics are Thermal Efficiency of Brayton Cycle, relation between pressure ratio and thermal

efficiency, why pressure ratio can’t be increased much. These concepts have been explained with the help of

Graphs.

Gas Turbine

A very vital topic to learn, the difference between actual and ideal Gas Turbine. Topics

like pressure drop, what is isentropic efficiency of turbine, what is isentropic efficiency of

compressor. Then educator has discussed the methods to increase the net work in Brayton cycle like

intercooling. A very important lesson for numerical problems.

Actual and Ideal Gas Turbine Cycle

This lesson throws light on Regeneration in Brayton Cycle. Harshit Agarwal has simplified the difficult concepts of Regeneration in this course. Through this lesson one will gain

the knowledge of Regeneration, Effects of regeneration, various equations, thermal efficiency.

Concept on effectiveness and reheating is also there in the lesson

Regeneration in Brayton cycle

In this lesson, Harshit Agarwal solves problems pertaining to Brayton Cycle. This lesson will

help you gain more proficiency on the theoretical concepts which were discussed earlier on Brayton

Cycle. He explains each single step while solving the problem and elaborates each concept

associated with it. ​

Numericals on Brayton Cycle

"Scored 8.5/9 in IELTS and 331/340 in GRE". Likes teaching Aptitude, Reasoning and English. Mechanical Engineer. 

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.

Part 4: Thermodynamics - GATE (Mechanical)

In this course, the educator will discuss the various aspects of Thermodynamics such as the fundamental definitions, concepts, work and heat for 
GATE (Mechanical)
.

(Hindi) Thermodynamics for GATE (Mechanical)

In this course we deal with aspects of Thermodynamics, continuing from the course Thermodynamics-I

(Hindi) Thermodynamics-II - GATE (Mechanical)

This course briefly describes various concepts like 'Availability and Irreversibility' and 'Pure Substances' pertaining to the GATE syllabus of Mechanical Engineering for the subject Thermodynamics.

Thermodynamics III - GATE (Mechanical)

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

9 lessons • 1h 18m