GATE & ESE - ME & CH

GATE, ESE and IIT-JAM

Ace the toughest competitive and government exams in India 

Test Preparation

This course will cover all and every  aspect of Fluid Mechanics and it will be helpful for the students who are from Mechanical branch. Nitin, has come up with this course to decrease your input time for the matter/material to be searched for the topic and to INCREASE your chances of getting into the final list. 
Enroll to stay updated and to follow to stay updated regarding  the next courses.

(Hindi) GATE - Fluid Mechanics for Beginners

Detailed solution of each and every question of fluid Mechanics with explanation that are asked in previous year of GATE.

(Hindi) Fluid Mechanics: Detailed Solution of Previous Year Question Papers (1990-2018)

This course will cover all the topics with gate questions which are there under Section - 3 of GATE Examination.

Fluid Mechanics and Thermal Sciences

This course covers the viscous nature of the Fluid, Boundary Layer Theory and its effect on shear Stress at a wall. Fluid friction effect in internal Pipe Flow and External Flow, Pipe Networks and more.

(Hindi) Fluid Mechanics: Part 2

English

All questions

Fundamental Concepts

Differential Analysis of FM

Fluid Mechanics

Mechanical Engineering

Fluid Mechanics 

External Incompressible VF

Dynamics Of Fluid Flow

Fluid Statics

Internal Incompressible VF

Aniket Wangal

Educator at Unacademy Since Aug 2017▪️
7+ Years of Teaching Experience▪️
Most followed Educator in Chemical Engineering▪️

Devendra Poonia

I have done my  B.Tech in Mechanical Engineering from AKTU, Lucknow . Hobbies - playing guitar,drawing,Book,movie, traveling and foodie.

Nitin Kumar Singh

Top Educator 2017 | Director Sampurn Krishi Utthaan Foundation

SELF STUDY

Fluid Mechanics

Fundamental Concepts

Fundamental Concepts

(Hindi) Fluid Mechanics: Detailed Solution of Previous Year Question Papers (1990-2018)

4.2

(Hindi) GATE - Fluid Mechanics for Beginners

4.9

Fluid Mechanics and Thermal Sciences

5

(Hindi) Fluid Mechanics: Part 2

4.9