In this video series, following points are covered

1) Use of Indeterminacy,
2) Determinate and Indeterminate structure.
3) Force Method

4) Displacement Method,
5) Comparison of Force and Displacement method
with numerical,
Points Discussed:
1) what is static and kinematic indeterminacy

2) what is the use of indeterminacy,
3) how to find static indeterminacy in beam and frames.
4) Kinematic Indeterminacy (2-D),
5) Kinematic Indeterminacy (3-D) 
with numerical,
6)Solution of ESE and GATE Questions of Indeterminacy

In this video series, following points are covered

1)how to find the reaction in simply supported beam, overhang beam and cantilever. this is the most vital part for analysis the structure as well as to start a numerical problem
In this video,

2)Degree of freedom, type of supports (i.e roller, hinge, and fixed)

3)Solution of GATE & ESE of SF AND BM Diagram

In this video series, following points are covered
1) What is failure
2)what is Factor of safety
3)what is simple loading and what is complex loading
4) Criteria for failure of ductile and brittle material.
5) Maximum principal stress theory
6) Maximum shear stress theory
7) Maximum principal strain theory
8) Maximum strain energy theory
9) Maximum distortion energy theory.
10) Question that appeared in IES related to theory of failure.

In this video series, following points are covered

1. Why shear strength of soil is important,    2. Difference between shear strength and shear stress.

3. Coulomb and mohr theory,    4.Critical failure plane.and important formula related to ESE and GATE.
5) Type of Test (UU-unconsolidated undrained, CU consolidated undrained, CD-consolidated drained test)
6) Skempton pore pressure    7) Shear box test
8) Trail Test     9) Vane Shear Test
10) Critical void ratio,    11) Liquification of soil
12)Factor affecting angle of internal friction    
13) Saturated clay,
14) Unconfined compression test (UCC test)    15) Over consolidated and normally consolidated test

In this video series, following points are covered
1) Difference between Water and soil,     2) Soil at Rest,
3) Limiting equilibrium or Plastic Equilibrium
   4) Active earth pressure,
5) Passive earth Pressure,
6) Comparison of active, and passive and at rest earth pressure. 
7) Recap of previous video,    8) Critical Depth for cohesive soil,
9) Assumption of Rankine earth pressure theory,    10) Surcharge on soil,
11) Soil is Saturated,    12) Soil with stratum change

13) Inclined load on soil,    14) Coulomb earth theory

In this video series, following points are covered
1. Principal of minimum potential energy.    2. Potential energy of beam.

3. Castigliano theorems    
4. How to find deflection using Castigilano theorem (with fictitious load) why we find deflection
(B) how to deflection using area moment method,
(C) its advantages and disadvantages while solving the objective question. Maxwell Betti Reciprocal Theorem, Conjugate beam method

In this video series, following points are covered
1) Picture of 2-D and 3-D truss,    2) Load Path of the Truss,   3) Different member of Truss
    4) Assumption in Truss Analysis    5) Why Trusses have triangular shape   6) Pratt and Warren Truss   7) Why Trusses have Zero force member    8) Summary of static indeterminacy of beam   9) Static indeterminacy of 2-dimension truss   11) Stability of 2-dimension truss,     12) Numerals on static indeterminacy of truss,    13) Static indeterminacy of 3-dimension truss    14) How to find the kinematic Indeterminacy of 2-Dimension and 3-Dimension truss.   15) Finding the kinematic indeterminacy of truss is quite easy than finding the kinematic indeterminacy of beam and frame.    16) At any joint of a 2-D truss, the Degree of freedom is 2 in comparison to flexural member having 3.

Exam like GATE will change the life of the individual completely so How to study before the few days of big exam like GATE, How to manage time, what should be your eating habits, How much should you sleep.
All these question has been answered in this video.
After hard work and dedication, the next important thing required to crack the exam of GATE & ESE is avoiding the negative marking. 
Negative marking is the process to filter those candidates who are not sure about the correct Answer. So, candidates if you are appearing in GATE & ESE, you must have to be careful at the time of answering of question. 
Playlist also consists the 7 movies name which every engineer should watch.

In this video series, following points are covered
1) Concept of Probability
2) Permutation and Combination (Difference between permutation and combination),
3) Formula for combination and permutation
4) Selection of r object from n object ( when order matters, when order doesn’t matter, with repetition and without repetition)
5)  Events
    6) Complimentary Event    7) Independent Event
8) Mutually Exclusive and jointly Exhaustive Event
9) Axiom of Probability   10) Intersection and Union

Aptitude weight-age in very high in Competitive Exam. 
Reckon Civil Academy started the series (each day one video) to help student to prepare for Competitive Exam.
This is the third video in which we discuss Time and Work problems without any formula.

In this video series, following points are covered
1)Mohr's circle
2) the famous interview question is solved of mohr circle " when mohr circle become a point"
watch the video
3) Stress element can be solved without drawing mohr circle, analytic formula are discussed to find the normal stress, principal stress, shear stress and tangential stress on any plane.
4) Major Principal Stress and Minor Principal Stress, Maximum Shear Stress and its Plane.

In this video series, interesting real life examples have been covered like
1)Why Doctor Measures Blood Pressure of patient at Arm level not at leg or Neck.
2) What is the maximum pressure exists at the deepest level of the earth

3) A misconception related to "Hydro Static Paradox”

4) A technical reason of TITANIC SUBMERGENCE related to Buoyancy
5) What is the actual weight of human body?
6)Can you open a car door which is submerged in water ?

7) Upto which height a human can suck the water using straw

8) Is it possible for a child to lift a Car?

9) what is the Relation between Diameter and Radius in Fluid Mechanics context

In this video series, interesting real life examples have been covered like
1)Why Doctor Measures Blood Pressure of patient at Arm level not at leg or Neck.
2) What is the maximum pressure exists at the deepest level of the earth

3) A misconception related to "Hydro Static Paradox”

4) A technical reason of TITANIC SUBMERGENCE related to Buoyancy
5) What is the actual weight of human body?
6)Can you open a car door which is submerged in water ?

7) Upto which height a human can suck the water using straw

8) Is it possible for a child to lift a Car?

9) what is the Relation between Diameter and Radius in Fluid Mechanics context

This is 3 Video demo series having random videos of different section of Civil Engineering.
First time on youtube, online lectures dedicated for preparation of IES & GATE for Civil Engineering.
In this video series the following point have been discussed
1. Introduction to Entire Fluid Mechanics.
2. Introduction of Hydrograph, a special method i.e.Process Flow Diagram.
3. Level-2 Problems of Torison