Anoop Tiwari
B.Tech and M.Tech honours
Gate qualified in 2016 & 2017. 5+ years teaching experience. 
Gate Academy Educator

Anoop Tiwari

Teaching of Basic mechanical engineering concepts of different subjects and numericals of different subjects

Crack SSC JE 2019 Examination for recruitment into Junior Engineer Government Jobs like CPWD, CWC, MES etc. Get insights & great courses on General Awareness paper along with previous year question pa

SSC JE

Hindi

(Hindi) Basic Concepts of Fluid mechanics

Engineering Mechanics and Strength of Materials

SOM & Engineering Mechanics

SSC JE (Junior Engineers) Preparation - Mechanical Engineering

Mechanical Engineering

SSC JE Technical

A thorough analysis of questions, book lists, planner, and much more: everything you need to know about SSC CGL, SSC CHSL and CPO examinations.

SSC Exams (Non Technical)/ Railway Exams

Bank, SSC & Railway Exams

Ace the toughest competitive and government exams in India 

Test Preparation

SI unit's in Newton law of viscosity and Numerical in it

Introduction of fluid mechanics and numerical lesson 2 (in Hindi)

My lesson is about the basic properties of fluids and Introduction of Newton law of viscosity

Introduction of Fluid mechanics and numerical lesson 1 (in Hindi)

Numerical af fluid mechanics and basic concepts of Friction with it

Basic concepts of fluid mechanics and numerical lesson 3 (in Hindi)

Concept of Surface Tension and Numerical in it.

Basic concepts of fluid mechanics and numerical lesson 4 (in Hindi)

Derivation of Height in capillary Rise and fall and Introduction of pascals law

Basic concepts of fluid mechanics and numerical lesson 5 (in Hindi)

Concept of Hydraulic lift of pascals law with numerical and Definitions of Centre of pressure and concept of Forces on plane lamina

Basic concepts of fluid mechanics and numerical lesson 6 (in Hindi)

Numericals on Hydraulic Forces on plane lamina

Basic concepts of fluid mechanics and numerical lesson 7

Generalized equation for centre of pressure for Rectangular lamina and concept of container containing 2 different fluids

Basic concepts of fluid mechanics and numerical lesson 8

Numerical on calculation of Hydraulic force on a lamina in a container containing 2 fluids and Introduction of forces in curved lamina

Basic concepts of fluid mechanics and numerical lesson 9

Explanation of calculation of Horizontal and vertical component of a force for the calculation of hydrostatic forces on curved laminas

Basic concepts of fluid mechanics and numerical lesson 10

Numerical on Hydrostatic forces on the curved lamina. Futher numerical to be continued..

Basic concepts of fluid mechanics and numerical lesson 11

Curved section lamina exerting hydrostatic forces Numerical and further numerical to be continued

Basic concepts of fluid mechanics and numerical lesson 12

Concept of Hydrostatic forces on the curved laminas for different projections in vertical directions

Basic concepts of fluid mechanics and numerical lesson 13

Description of manometer and numerical on calculation of hydraulic forces on the lateral face of a container containing curved lamina

Basic concepts of fluid mechanics and numerical lesson 14

Basic concepts of fluid mechanics and numerical lesson 15

Numerical of manometer containing liquids and Gases both

Basics of fluid mechanics and numerical lesson 16

Basics of fluid mechanics and numerical lesson 18

2 numerical of Buoyancy asked in previous papers

Basics of fluid mechanics and numerical lesson 19

Concept of Buoyancy and Derivation of its formula

Basics of fluid mechanics and numerical lesson 17

Numerical of Buoyancy with equilibrium concepts and direction of Tension

Basic concepts of fluid mechanics and numerical lesson 20

Numerical of Buoyancy with Thermodynamic applications

Basic concepts of fluid mechanics and numerical lesson 21

Concept of acceleration given to the container containing fluids in X and Z directions

Basic concepts of fluid mechanics and numerical lesson 22

Numerical on container containing fluids and accelerated in Z directions and concept of container containing fluids accelerated in X direction.

Basic concepts of fluid mechanics and numerical lesson 23

Numerical on calculation of hydraulic forces on the container accelerated in X direction

Basic concepts of fluid mechanics and numerical lesson 24

Concept of acceleration given to the container containing fluids and percentage of water spilled numerical

Basic concepts of fluid mechanics and numerical lesson 25

Concept of angular rotation given to the cylindrical container containing fluids

Basics

Numerical on angular rotation given to the cylindrical container containing fluids.

Basic concepts of fluid mechanics and numerical lesson 27

Concept of container containing fluids rotated by an angular velocity and concept of negative height obtained in the container

Basic concepts of fluid mechanics and numerical lesson 28

Continuation of the numerical of lesson 28

Basic concepts of fluid mechanics and numerical lesson 29

Previous year conventional IES question of manometry concepts

Basic concepts of fluid mechanics and numerical lesson 30

Basic concepts of Bulk modulus and compressibility and its numerical

Basic concepts of fluid mechanics and numerical lesson 31

Definition of metacentre, centre of buoyancy, centre of Gravity and concept of floating body

Basic concepts of fluid mechanics and numerical lesson 32

Basic concepts of fluid mechanics and numerical lesson 33

Fluid kinematics and Introduction of LaGrange and Eulers approach

Basic concepts of fluid mechanics and numerical lesson 34

Flow properties:- uniform and non uniform flow and how it is different from Steady and unsteady flow

Basic concepts of fluid mechanics and numerical lesson 35

Concept of Compressible and incompressible flow.  Basic definition of 1dimensional , 2 dimensions and 3 dimensions flow and rotational and irrotational flow

Basic concepts of fluid mechanics and numerical lesson 36

Concept of laminar and Turbulent flow.  Definition of velocity of the fluid in terms of vector and method to find the acceleration of the flow

Basic concepts of fluid mechanics and numerical lesson 37

Concept to solve the numerical of kinematics of fluid

Basic concepts of fluid mechanics and numerical lesson 38

Basic concepts of fluid mechanics and numerical lesson 39

Basic concepts of fluid mechanics and numerical lesson 40

Concept of Stream line path line and streak line in fluid kinematics

Basic concepts of fluid mechanics and numerical lesson 41

Concept of continuity equation in fluid kinematics

Basic concepts of fluid mechanics and numerical lesson 42

Numerical of kinematics that is continuity equation and concept of discharge

Basic concepts of fluid mechanics and numerical lesson 43

Numerical on Fluid kinematics that is on the concepts of continuity equation and Discharge in a pump

Basic concepts of fluid mechanics and numerical lesson 44

Fluid dynamics:- concept of Bernoulli equation and energy balance

Basic concepts of fluid mechanics and numerical lesson 45

Application of Bernoulli equation in Stream line,  pipes, pumps and Turbines

Basic concepts of fluid mechanics and numerical lesson 46

Numerical on Bernoulli equation and concept of direction of fluid flow

Basic concepts of fluid mechanics and numerical lesson 47

Numerical on Bernoulli equation and concept of velocity and diameter of a jet projected in upward direction

Basic concepts of fluid mechanics and numerical lesson 48

Basic concepts of fluid mechanics and numerical lesson 49

Numerical on Bernoulli equation applied to a pump

Basic concepts of fluid mechanics and numerical lesson 50

Previous year conventional question in IES on Height and distance of a jet leaving the tank

Basic concepts of fluid mechanics and numerical lesson 51

Numerical on time taken to empty the tank

Basic concepts of fluid mechanics and numerical lesson 52

Basic concepts of fluid mechanics and numerical lesson 53

Concept of Impact of jet on flat plates ( stationary and moving both)  and power exerted by the jet on the plates

Basic concepts of fluid mechanics and numerical lesson 55

Numerical based on Impuse equation in a pipe

Basic concepts of fluid mechanics and numerical lesson 54

Impact of jet on curved surfaces with velocity U

Basic concepts of fluid mechanics and numerical lesson 56

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Shailesh Vaidya

Hello Guys,
In this course I will provide you detailed explanation for all the concept of thermodynamics...

(Hindi) Engineering Thermodynamics for SSC JE

Hello guys.,
In this course educator will bring in front of you the most important MCQs and previously asked MCQs with detailed explanation and concept clearing

(Hindi) SSC JE : Multiple Choice Questions for Strength of Material

This course is intended to cover full syllabus of Strength of Material for SSC JE to make you crack the exams.

(Hindi) Strength of Material for SSC JE

Shagun Varshney

In this course we will learn the ideas behind torsion of shafts and also try to build a strong background for the topic.

A Complete Course on Torsion of Circular Shafts - SSC JE

Divashu Guleria

In this course, the educator discusses Engineering mechanics and its crash course to build up your basic concepts helpful for SSC JE students.

(Hindi) Crash course in Engineering Mechanics: SSC JE MECHANICAL- 2019

ies prelims cleared
gate 2018 cleared
gate 2019 cleared
4 year teaching experience



Ravindra Lakhara

In this course, the educator is discussing full explanation with a conceptual study on the Theory of Machine for SSC Exams

Lessons

56 lessons • 12h 54m