GATE Civil Engineering (Batch 1)
-
Concept of Work and Time
7.34
-
Work and Time - Part 1
14.02
-
Work and Time - Part 2
12.32
-
Work and Time - Part 3
16
-
Work and Time - Part 4
12.11
-
Work and Time - Part 5
14.05
-
Work and Time - Part 6
10.55
-
Work and Time - Part 7
9
-
Matrix: Basics and Types
24.47
-
Matrix: Basics and Types - Question 1
2.3
-
Matrix Operations
25.05
-
Matrix Operation Question 1
6.53
-
Matrix Operation Question 2
4.05
-
Matrix Operation Question 3
2.26
-
Trace, Transpose, Conjugate
20.47
-
Trace, Transpose, Conjugate -Question 1
5.08
-
Classification of Matrices
22.09
-
Classification of Matrices - Question 1
6.51
-
Classification of Matrices - Question 2
6.26
-
Classification of Determinant
29.54
-
Classification of Determinant - Question 1
3.03
-
Classification of Determinant - Question 2
9.05
-
Concept of Percentage
4.06
-
Percentage - Part 1
11.35
-
Percentage - Part 2
8.38
-
Percentage - Part 3
12.47
-
Percentage - Part 4
9.33
-
Percentage - Part 5
11.39
-
Percentage - Part 6
13.32
-
Percentage - Part 7
11.12
-
Percentage - Part 8
13.38
-
GATE Question on Percentage
16.05
-
Inverse of Matrix
10.44
-
Inverse of a Matrix Question 1
2.25
-
Inverse of a Matrix Question 2
6.04
-
System of Linear Equations & Gauss Elimination
14.03
-
Gauss Elimination Question 2
5.25
-
Rank of Matrix
19.37
-
Rank of Matrix Question 1
4.1
-
Rank of Matrix Question 2
3.42
-
Rank of Matrix Question 3
13.33
-
Solution of Linear System: Existence and Uniqueness
8.45
-
Concept of Average
5.09
-
Average - Part 1
9.33
-
Average - Part 2
9.37
-
Average - Part 3
12.45
-
Average - Part 4
11.26
-
GATE Questions on Average
13.18
-
Solution of Linear System - Question 1
12.56
-
Solution of Linear System - Question 2
9.51
-
Vector Space
37.57
-
Vector Space - Question 1
7.59
-
Vector Space - Question 2
3.4
-
Vector Space - Question 3
8.02
-
Concept of Permutation and Combination
4.36
-
Permutation and Combination - Part 1
12.55
-
Permutation and Combination - Part 2
11.43
-
Permutation and Combination - Part 3
12.29
-
Permutation and Combination - Part 4
11.39
-
Permutation and Combination - Part 5
13.09
-
Gate Questions on Permutation and Combination
12.46
-
Concept of Mixture & Allegation
1.04
-
Mixture and Allegation - Part 1
12.03
-
Mixture and Allegation - Part 2
13.22
-
Mixture and Allegation - Part 3
16.13
-
Mixture and Allegation - Part 4
7.5
-
Gate Questions on Mixture and Allegation
8.21
-
Eigen Values and Eigen Vectors
25.48
-
Eigen Values and Eigen Vectors Question 2
16.01
-
Gauss Elimination with Partial Pivoting
17.12
-
Gauss Elimination Using Partial Pivoting Question 2
9.08
-
GATE Question Linear Algebra Civil Engineering 2016
4.21
-
GATE Question Linear Algebra Electronics and Communication Engineering 2015 - 1
2.24
-
GATE Question Linear Algebra Electronics and Communication Engineering 2015
1.46
-
GATE Question Linear Algebra Electronics and Communication Engineering 2016
1.47
-
GATE Question Linear Algebra Electronics and Communication Engineering 2018
2.56
-
GATE Question Linear Algebra Electrical Engineering 2018
4.56
-
GATE Question Linear Algebra Mechanical Engineering 2014
2.21
-
GATE Question Linear Algebra Mechanical Engineering 2018
4.1
-
Basics
11.59
-
Union and Intersection
9.2
-
Union and Intersection - Question 1
5.56
-
Types of Events
19.08
-
Types of Events - Question 1
4.03
-
Axioms of Probability
9.52
-
Axioms of Probability - Question 1
5.22
-
Axioms of Probability - Question 2
4.27
-
Axioms of Probability - Question 3
2.07
-
Axioms of Probability - Question 4
13.38
-
Concept of Profit and Loss
8.14
-
Profit and Loss - Part 1
10.02
-
Profit and Loss - Part 2
11.43
-
Profit and Loss - Part 3
6.05
-
Profit and Loss - Part 4
10.39
-
Profit and Loss - Part 5
7.53
-
Profit and Loss - Part 6
7.34
-
GATE Previous Year Question on Profit and Loss
13.26
-
Sampling
6.06
-
Sampling - Question 1
5.51
-
Deck of Cards
3.55
-
Deck of Cards - Question 1
8
-
Deck of Cards - Question 2
5.19
-
Bayes' Theorem
8.32
-
Bayes' Theorem - Question 1
5.41
-
Permutations and Combinations
8.16
-
Permutations and Combinations - Question 1
2
-
Permutations and Combinations - Question 2
4.57
-
Random Variable
17.19
-
Random Variable - Question 1
12.02
-
Concept of Ration and Proportion
1.52
-
Ratio and Proportion - Part 1
12.3
-
Ratio and Proportion - Part 2
11.34
-
Ratio and Proportion - Part 3
7.11
-
Ratio and Proportion - Part 4
8.12
-
Ratio and Proportion - Part 5
9.23
-
Ratio and Proportion - Part 6
9.16
-
Ratio and Proportion - Part 7
7.28
-
GATE Questions on Ratio and Proportion
8.19
-
Concept of Probability
8.43
-
Questions on Probability
6.3
-
GATE Questions on Probability - Part 1
11.34
-
GATE Questions on Probability - Part 2
10.29
-
Random Variable - Question 2
11.19
-
Expected Value and Variance
19.51
-
Expected Value and Variance - Question 1
3
-
Expected Value and Variance - Question 2
2.11
-
Expected Value and Variance - Question 3
4.59
-
Expected Value and Variance - Question 4
5.07
-
Discrete RV: Binomial Distribution
4.58
-
Binomial Distribution - Question 1
8.11
-
Discrete RV: Hypergeometric Distribution
12.3
-
Hypergeometric Distribution - Question 1
5.57
-
Hypergeometric Distribution - Question 2
8.08
-
Concept of Boat and Stream
3.55
-
Questions on Boat and Stream
13.19
-
Discrete RV: Poisson Distribution
3.53
-
Poisson Distribution - Question 1
8.47
-
Poisson Distribution - Question 2
5.23
-
Continuous RV: Exponential Distribution
6.28
-
Exponential Distribution - Question 1
6.59
-
Continuous RV: Uniform Distribution
5.55
-
Uniform Distribution - Question 1
4.12
-
Uniform Distribution - Question 2
6.54
-
Continuous RV: Normal Distribution
19.24
-
Normal Distribution - Question 1
11.55
-
Concept of Direction
3.46
-
Questions on Direction Part 1
7.38
-
Questions on Direction Part 2
9.55
-
Concept of Statistics
4.58
-
Questions on Statistics
16.23
-
GATE Questions on Statistics
12.04
-
Normal Distribution - Question 2
12.04
-
Normal Distribution - Question 3
6.25
-
Mean, Median and Mode
14.58
-
Mean, Median and Mode - Question 1
3.4
-
Mean, Median and Mode - Question 2
11.36
-
Standard Deviation
7.06
-
Standard Deviation - Question 1
3.04
-
Standard Deviation - Question 2
4.03
-
Standard Deviation - Question 3
6
-
Covariance & Correlation
8.11
-
Number System - Part 1
12.45
-
Number System - Part 2
13.4
-
Number System - Part 3
9.5
-
Number System - Part 4
22.52
-
GATE Questions on Number System
14.19
-
Covariance & Correlation - Question 1
15.25
-
Regression Analysis
17.29
-
Regression Analysis - Question 1
8.4
-
GATE Question Probability Statistics Civil Engineering 2013
3.08
-
GATE Question Probability Statistics Civil Engineering 2016
2.37
-
GATE Question Probability Statistics Civil Engineering 2017
2.13
-
GATE Question Probability and Statistics Computer Science 2011
3.44
-
GATE Question Probability and Statistics Electronics and Communication Engineering 2012
4.06
-
GATE Question Probability and Statistics Electrical Engineering 2017
3.29
-
GATE Question Probability and Statistics Mechanical Engineering 2014
3.09
-
GATE Question Probability and Statistics Mechanical Engineering 2015
3.26
-
GATE Question Probability and Statistics Mechanical Engineering 2018
2.37
-
Concept of Speed and Distance
11.15
-
Concept of Train
8.27
-
Speed and Distance - Part 1
16.3
-
Speed and Distance - Part 2
13.09
-
Speed and Distance - Part 3
10.31
-
Speed and Distance - Part 4
11.52
-
Speed and Distance - Part 5
15.14
-
Speed and Distance - Part 6
18.13
-
GATE Questions on Speed and Distance
28.48
-
Limit
23.07
-
Limit - Question 1
5
-
Limit - Question 2
2.49
-
Limit - Question 3
3.22
-
Limit - Question 4 - Part 1
5.1
-
Limit - Question 4 - Part 2
2.47
-
Continuity
16.02
-
Continuity - Question 1
6.51
-
Continuity - Question 2
7.46
-
Differentiability
18.05
-
Data Interpretation Concept
2.23
-
Data Interpretation - Part 1
25.31
-
Data Interpretation - Part 2
24.52
-
Data Interpretation - Part 3
13.48
-
Differentiability - Question 1
6.49
-
Differentiability - Question 2
5.51
-
Mean Value Theorem
9.13
-
Mean Value Theorem - Question 1
3.3
-
Increasing-Decreasing, Maxima-Minima, Maximum-Minimum
26.21
-
Increasing Decreasing Functions Question 1
7.19
-
Increasing Decreasing Functions Question 2
7.01
-
Maxima-Minima Question 1
3.56
-
Absolute Maximum-Minimum Question 1
7.08
-
Absolute Maximum-Minimum Question 2
3.2
-
Taylor Series
8.24
-
Concept of Syllogism
5.29
-
Questions on Syllogism - Part 1
16.43
-
Questions on Syllogism - Part 2
13
-
GATE Questions on Syllogism
11.54
-
Taylor Series - Question 1
6.3
-
Taylor Series - Question 2
6.51
-
Partial Derivative, Total Derivative
10.46
-
Partial Derivative, Total Derivative - Question 1
6.01
-
Integration
9.27
-
Integration - Question 1
3.08
-
Integration - Question 2
1.14
-
Integration - Question 3
2.55
-
Integration - Question 4
2.24
-
Integration - Question 5
2.02
-
Integration - Question 6
2.38
-
Integration - Question 7
3.42
-
Integration - Question 8
2.42
-
Definite Integral
10.33
-
Definite Integral - Question 1
7.15
-
Concept of H.C.F and L.C.M
5.35
-
Questions on H.C.F and L.C.M - Part 1
10.54
-
Questions on H.C.F and L.C.M - Part 2
13.47
-
Questions on H.C.F and L.C.M - Part 3
10.36
-
Questions on H.C.F and L.C.M - Part 4
14.26
-
GATE Questions on H.C.F and L.C.M
12.22
-
Application of Integration
14.04
-
Application of Integration - Question 1
4.18
-
Application of Integration - Question 2
4.01
-
Application of Integration - Question 3
3.17
-
Application of Integration - Question 4
6.31
-
Multiple Integral
16.19
-
Multiple Integral - Question 1
10.02
-
Multiple Integral - Question 2
5.23
-
Multiple Integral - Triple Integral Question 1
6.47
-
Multiple Integral - Triple Integral Question 2
7.15
-
Concept of Simple And Compound Interest
7.41
-
Questions on Simple and Compound Interest
19.03
-
Concept of Dice
2.59
-
Questions on Dice
8.58
-
Gradient, Divergence and Curl
21.4
-
Gradient, Divergence and Curl - Question 1
6.26
-
Gradient, Divergence and Curl - Question 2
5.04
-
Gradient, Divergence and Curl - Question 3
2.53
-
Vector Calculus Parameterization
35.58
-
Line Integral
9.05
-
Line Integral - Question 1
10.21
-
Concept of Compound Interest
3.22
-
Questions on Compound Interest Part 1
16.02
-
Questions on Compound Interest Part 2
23.17
-
GATE Questions on Compound Interest
17.5
-
Line Integral - Question 2
7.15
-
Line Integral - Question 3
8.11
-
Surface Integral
8.18
-
Surface Integral - Question 1
7.41
-
Surface Integral - Question 2
7.3
-
Surface Integral - Question 3
7.4
-
Vector Multiplication
9.53
-
Green's Theorem
10.16
-
Green's Theorem - Question 1
7.55
-
Green's Theorem - Question 2
8.12
-
Green's Theorem - Question 3
6.18
-
Concept of Clock
3.37
-
Clock - Part 1
13.42
-
Clock - Part 2
12.05
-
Concept of Calendar
5.26
-
Calendar Method
4.33
-
Calendar Part 1
9.2
-
Calendar Part 2
8.53
-
GATE Questions on Calendar
6.36
-
Stoke's Theorem
9.57
-
Stoke's Theorem - Question 1
11.16
-
Stoke's Theorem - Question 2
9.17
-
Stoke's Theorem - Question 3
11.41
-
Gauss's Divergence Theorem
5.22
-
Gauss's Divergence Theorem - Question 1
10.26
-
Gauss's Divergence Theorem - Question 2
6.03
-
Gauss's Divergence Theorem - Question 3
9.59
-
Fourier Series
5.59
-
Fourier Series - Question 1
7.58
-
Fourier Series - Question 2
3.21
-
Fourier Series - Question 3
6.47
-
Differential Equations - ODE, Linear-Non Linear, Homogeneous - Non-Homogenous Equations
22.54
-
Initial Value Problem Question 1
3.53
-
Initial Value Problem Question 2
4.1
-
Solution: Variable Separable
5.35
-
Variable Separable - Question 1
3.4
-
Variable Separable - Question 2
6.26
-
Bernoulli Equation
5.29
-
Bernoulli Equation - Question 1
4.08
-
Bernoulli Equation - Question 2
6.19
-
Linear Homo ODE with Constant Coefficients
6.45
-
Linear Equation with Constant Coefficients - Question 1
4.44
-
Linear Equation with Constant Coefficients - Question 2
4.22
-
Linear Equation with Constant Coefficients - Question 3
4.37
-
Solution: Method of Undetermined Coefficients
10.11
-
Method of Undetermined Coefficients - Question 1
4.31
-
Method of Undetermined Coefficients - Question 2
6.29
-
Solution: Variation of Parameter
4.23
-
Variation of Parameter - Question 1
8.09
-
Variation of Parameter - Question 2
5.38
-
Variation of Parameter - Question 3
5.35
-
Euler-Cauchy Equations
8.14
-
Euler-Cauchy Equations - Question 1
4.08
-
Euler-Cauchy Equations - Question 2
3.34
-
Euler-Cauchy Equations - Question 3
2.56
-
Euler-Cauchy Equations - Question 4
2.57
-
Partial Differential Equations
9.44
-
Partial Differential Equations - Question 1
5.21
-
PDE: Method of Separation of Variable
12.46
-
Wave Equations
9.58
-
Wave Equations - Question 1
24.11
-
D'Alembert Solution
9.28
-
Heat Equations
8.17
-
Heat Equations - Question 1
13.16
-
Laplace Equations
7.52
-
Laplace Equations - Question 1
14.5
-
Laplace Transform and Its Applications
14.47
-
Laplace Transform - Question 1
2.38
-
Laplace Transform - Question 2
2.12
-
Laplace Transform - Question 3
2.13
-
Laplace Transform - Question 4
2.19
-
Laplace Transform - Question 5
2.24
-
Laplace Transform - Question 6
2.13
-
Laplace Transform - Question 7
7.06
-
Laplace Transform - Question 8
6.39
-
GATE Question Differential Equations Civil Engineering 2009
1.34
-
GATE Question Differential Equations Civil Engineering 2010
2.33
-
GATE Question Differential Equations Civil Engineering 2015
4.13
-
GATE Question Differential Equations Instrumentation Engineering 2013
2.46
-
GATE Question Differential Equations Mechanical Engineering 2011
1.17
-
GATE Question Differential Equations Mechanical Engineering 2013
2.03
-
Linear Equations - Gauss Seidel Method
9.01
-
Gauss Seidel Method - Question 1
10.49
-
Gauss Jordan Question 1
8.32
-
Non Linear Equations - Bisection Method
11.11
-
Bisection Method - Question 1
11.25
-
Non Linear Equations - Falsi Position Method
9.03
-
Falsi Position Method - Question 1
8.59
-
Non Linear Equations - Newton Raphson Method
7.34
-
Newton Raphson Method - Question 1
6.05
-
Newton Raphson Method - Question 2
7.34
-
Non Linear - Secant Method
8.19
-
Secant Method - Question 1
5.37
-
Numerical Integration
8.46
-
Trapezoidal Rule Question 1
4.43
-
Simpson's Rule Question 1
5.1
-
Numerical Integration Question 1
9.18
-
Differential Equations
16.01
-
Euler Method Question 1
7.57
-
Improved Euler Method Question 1
9.31
-
Runga Kutta Method Question 1
11.11
-
Backward Euler Method Question 1
7.28
-
Newton's & Lagrange's Polynomial
11.51
-
Newton's & Lagrange's Polynomial - Question 1 - Part 1
6.56
-
Newton's & Lagrange's Polynomial - Question 1 - Part 2
7.04
-
Least Square Approximation
8.4
-
Least Square Approximation - Question 1 - Part 1
9.23
-
Least Square Approximation - Question 1 - Part 2
2.29
-
GATE Question Numerical Method Civil Engineering 2015
4.27
-
GATE Question Numerical Method Computer Science 2007
2.08
-
GATE Question Numerical Method Mechanical Engineering 2014 - 1
6.01
-
GATE Question Numerical Method Mechanical Engineering 2014
4.39
-
GATE Question Numerical Method Mechanical Engineering 2015
3.44
-
Syllabus Discussion
22.45
-
Introduction
14.21
-
Assumptions
15.39
-
Plastic Moment
33.16
-
Shape Factor, FOS, MOS
10.17
-
Mechanism
16.28
-
Conditions of Plastic Analysis
27.12
-
Calculation of Collapse Load for Standard Cases-Case 1
11.23
-
Calculation of Collapse Load for Standard Cases-Case 2
5.19
-
Calculation of Collapse Load for Standard Cases-Case 3
7.52
-
Calculation of Collapse Load for Standard Cases-Case 4
10.17
-
Calculation of Collapse Load for Standard Cases-Case 5
9.34
-
Calculation of Collapse Load for Standard Cases-Case 6
6.13
-
Plastic Analysis of Beams Numericals-6
9.14
-
Plastic Analysis of Beams Numericals-7
4.22
-
Calculation of Collapse Load for Standard Cases-Case 7
14.18
-
Plastic Hinge Length
10.49
-
Plastic Analysis of Beams Numericals-8
9.51
-
Calculation of Plastic Hinge Length-Case 1
7.18
-
Calculation of Plastic Hinge Length-Case 2
6
-
Calculation of Plastic Hinge Length-Case 3
7.24
-
Plastic Analysis of Beams Numericals-1
3.38
-
Plastic Analysis of Beams Numericals-2
2.37
-
Plastic Analysis of Beams Numericals-3
4.44
-
Plastic Analysis of Beams Numericals-4
8.11
-
Plastic Analysis of Beams Numericals-5
9.39
-
Introduction
18.3
-
Concept
22.41
-
Plastic Analysis of Frames Numericals - 1
38.52
-
Advantages and Disadvantages of Steel Structures
23.05
-
Codes and Standards
24.34
-
Different Types of Steel Sections-Part 1
33.07
-
Different Types of Steel Sections-Part 2
14.07
-
Different Types of Steel Sections-Part 3
14.2
-
Plastic Analysis of Frames Numericals - 2
31.45
-
Plastic Analysis of Frames Numericals - 3
10.14
-
Plastic Analysis of Frames Numericals - 4
11.57
-
Cement- Manufacturing and Types
72.43
-
Aggregates-Fine and Coarse
17.3
-
Concrete with Properties as per IS:456-2000
61.3
-
Creep, Fatigue, Shrinkage, Creep and Temperature effects in Concrete
29.22
-
Structural Steel- Properties and Stress-Strain Curve
18.32
-
Numerical Number 1 on Properties of Concrete
7.19
-
Numerical Number 2 on Properties of Concrete
5.44
-
Numerical Number 3 on Properties of Concrete
4.15
-
Numerical Number 4 on Properties of Concrete
3.18
-
Previous Years GATE Questions on Concrete
5.03
-
Most Expected Questions for GATE on Concrete
7.13
-
Basics of Working Stress Method (WSM)
13.39
-
Derivation of Forlumae in WSM
64.03
-
Numerical Number 1 on WSM
3.08
-
Numerical Number 2 on WSM
1.34
-
Need for Limit State Method (LSM) and Ultimate Load Method (ULM)
5.04
-
Basic Design Concept of LSM and ULM
17.31
-
Derivation of Forlumae in LSM
18.06
-
Comparison of LSM and WSM
3.59
-
Numerical number 1 on LSM
6.37
-
Numerical number 2 on LSM
9.08
-
Numerical number 3 on LSM
6.27
-
Previous Years GATE Questions on Design Philosophies
9.03
-
Most Expected Questions for GATE on Design Philosophies
4.1
-
Introduction
21.5
-
Types of Bolted Connections
30.08
-
Arrangement of Bolts-1
21.05
-
Arrangement of Bolts-2
22.22
-
Codal Provisions Part-1
30.24
-
Analysis and Design
64.57
-
Design of Bolted Connections -2
23.47
-
Eccentric Bolted Connections: Type-1 Part 1(In Plane Eccentricity)
20.35
-
Eccentric Bolted Connections: Type-1 Part 2(In Plane Eccentricity)
14.14
-
Type-2 (Out of Plane Eccentricity)
22.29
-
Bolted Connections Numericals - 1
18.27
-
Bolted Connections Numericals - 2
9.27
-
Codal Provisions Part-2
5.18
-
Codal Provisions Part-3
26.51
-
Types of Failures of Bolted Connections
14.1
-
Design of Bolted Connections -1
31.29
-
Bolted Connections Numericals - 3
13.24
-
Bolted Connections Numericals - 4
12.04
-
Bolted Connections Numericals - 5
16.39
-
Fillet Weld (Codal Provisions) Part-3
12.27
-
Design Strength of Fillet Weld and Butt Weld
19.05
-
Plug and Slot Weld
12.39
-
Eccentric Welded Connections: Type - 1 (In Plane Eccentricity)
11.31
-
Type - 2 (Out of Plane Eccentricity)
31.22
-
Welded Connections Numericals-1
12.34
-
Types of Welded Connections
11.52
-
Fillet Weld (Codal Provisions) Part-1
13.28
-
Fillet Weld (Codal Provisions) Part-2
9.58
-
Basic Concept of Design of Beams by LSM
8.07
-
Singly Reinforced Beam Design Derivation
14.16
-
Concept of Moment Carrying Capacity and Lever Arm
10.58
-
Numerical Number 1 on Singly Reinforced Beam Design
10.15
-
Numerical Number 2 on Singly Reinforced Beam Design
8.46
-
Numerical Number 3 on Singly Reinforced Beam Design
7.48
-
Concept of Shear as per IS:456-2000
33.53
-
Critical Sections
5.41
-
Numerical Number 1 on Shear
14.06
-
Numerical Number 2 on Shear
3.41
-
Concept and Expression of Bond as per IS:456-2000
12.31
-
Numerical Number 1 on Bond
3.06
-
Numerical Number 2 on Bond
2.11
-
Concept of Anchorage and Codal Provisions
5.46
-
Numerical Number 1 on Anchorage
2.3
-
Concept of Splicing and Codal Provisions
9.51
-
Numerical Number 1 on Splicing
7.34
-
Previous Years GATE Questions on Other Important Aspects of Designing
18.48
-
Most Expected Questions for GATE on Other Important Aspects of Designing
5.28
-
Doubly Reinforced Beam Design concept and Need of Doubly R/F Beam
13.32
-
Doubly Reinforced Beam Design Derivation
17.43
-
Numerical Number 1 on Doubly Reinforced Beam Design
6.59
-
Numerical Number 2 on Doubly Reinforced Beam Design
8.41
-
Flanged Beams Concept and Design as per IS:456-2000
68.25
-
Numerical Number 1 on Flanged Beams Design
10.29
-
Numerical Number 2 on Flanged Beams Design
7.29
-
Previous Years GATE Questions on Design of Beams
19.52
-
Most Expected Questions for GATE on Design of Beams
2.06
-
Basic Concept of Slabs
14.03
-
One Way Slabs Concept with IS:456-2000 Provisions
21.24
-
Design Tensile Strength-2
9.53
-
Types of Failures
7.41
-
Design Tensile Strength-1
27.25
-
Design Procedure of Tension Members-1
10.48
-
Design Procedure of Tension Members-2
23.08
-
Lug Angle
24.02
-
Design of Tension Members Numerical-1
10.25
-
Design of Tension Members Numerical-2
14.18
-
Design of Tension Members Numerical-3
9.16
-
Welded Connections Numericals-2
12.42
-
Welded Connections Numericals-3
32.52
-
Welded Connections Numericals-4
17.49
-
Design Compressive Strength
11.45
-
Battening Part - 1
18.12
-
Battening Part - 2
15.03
-
Effective Length
12.33
-
Design Procedure
11.47
-
Columns Splicing
9.45
-
Columns Bases Part - 1
33.27
-
Built Up Column
20.22
-
Lacing Part - 1
15.23
-
Columns Bases Part - 2
23.07
-
Lacing Part - 2
16.57
-
Introduction of Design Flexural Members
5.27
-
Classification of Cross Section
25.37
-
Design Flexural Strength
11.15
-
Laterally Supported Beams
29.49
-
Laterally Unsupported Beams
14.24
-
Design Shear Strength
6.34
-
Check for Deflection
8
-
Design of Compression Members Numerical 1
14.43
-
Design of Compression Members Numerical 2
31.58
-
Design of Compression Members Numerical 3
23.29
-
Design of Compression Members Numerical 4
6.36
-
Design of Compression Members Numerical 5
4.12
-
Introduction to Design of Columns
17.48
-
Various Theories in Design of Columns
14.05
-
IS:456-2000 provisions in Design of Circular Columns
53.36
-
Numerical Number 1 on Design of Column
6.11
-
Numerical Number 2 on Design of Column
5.57
-
Numericals Number 1 on Design of One Way Slabs
9.45
-
Numericals Number 2 on Design of One Way Slabs
13.5
-
Two Way Slabs Concept with IS:456-2000 Provisions
31.21
-
Numericals Number 1 on Two Way slabs
14.24
-
Numericals Number 2 on Two Way slabs
3.23
-
Previous Years GATE Questions on Design of Slabs
10.38
-
Most Expected Questions for GATE on Design of Slabs
2.36
-
Beam Columns
27.26
-
Design Flexural Members Numerical - 1
48.43
-
Design Flexural Members Numerical - 2
5.25
-
Design Flexural Members Numerical - 3
6.03
-
Web Buckling
29.08
-
Web Crippling
23.02
-
Built Up Beams
27.04
-
Introduction to Design of Plate Girders
4.44
-
Types of Stiffeners
14.02
-
Roof Truss
17.35
-
Dead Load
4.38
-
Live Load and Snow Load
8.38
-
Wind Load
10.09
-
Design of Stiffeners
39.42
-
Moment of Inertia of Stiffeners
6.48
-
Proportioning of Web
22.11
-
Design of Plate Girders Numerical - 1
4.41
-
Design of Plate Girders Numerical - 2
14.08
-
Concept Part - 1
25.15
-
Concept Part - 2
11.06
-
Gantry Girder Numerical - 1
8.56
-
Purlin
29.37
-
Industrial Building Numerical - 1
10.11
-
Industrial Building Numerical - 2
19.57
-
Industrial Building Numerical - 3
27.11
-
GATE Previous Year Question - 1
10.02
-
GATE Previous Year Question - 2
28.12
-
GATE Previous Year Question - 3
16.37
-
GATE Previous Year Question - 4
10.37
-
GATE Previous Year Question - 5
17.44
-
GATE Previous Year Question - 6
23.26
-
Design of Circular Columns
11.55
-
Numerical Number 1 on Circular Columns
8.45
-
Previous Years GATE Questions on Design of Columns
8.33
-
Most Expected Questions for GATE on Design of Columns
4.32
-
Introduction to Pre Stressed Concrete
19.12
-
Types of Prestressing as per Codes
18.53
-
Losses in Prestressed Concrete and Codal Provisions
29.33
-
Numerical Number 1 on Losses in Concrete
3.57
-
Numerical Number 2 on Losses in Concrete
4.35
-
Numerical Number 3 on Losses in Concrete
9.01
-
Analysis of Beams Sections at Transfer and Service Loads
45.16
-
Numerical Number 1 Beams at Transfer and Service Loads
4.52
-
Previous Years GATE Questions on Prestressed Concrete
20.18
-
Most Expected Questions for GATE on Prestressed Concrete
3.05
-
GATE Previous Year Question - 7
6.13
-
Gate Previous Year Question - 8
22.21
-
Gate Previous Year Question - 9
6.52
-
Gate Previous Year Question - 10
3.57
-
Gate Previous Year Question - 11
10.42
-
Gate Previous Year Question - 12
13.33
-
Gate Previous Year Question - 13
5.24
-
Gate Previous Year Question - 14
7.13
-
Gate Previous Year Question - 15
13.23
-
Introduction of Surveying
6.21
-
Classification on the Basis of Curvature of Earth
8
-
Classification on the Basis of Nature of Land Under Surveying
8.12
-
Classification on the Basis of Object of Surveying and Instrument Used
3.57
-
Principle of Surveying
12.05
-
Maps and Plans
5.15
-
Scales
21.26
-
Precision and Accuracy
2.5
-
Types of Errors
12.25
-
1st Numerical of Most Probable Error
4.58
-
2nd Numerical of Most Probable Error
1.29
-
1st Numerical of Scale
7.58
-
2nd Numerical of Scale
3.4
-
3rd Numerical of Scale
3.36
-
Introduction of Linear Measurements
4.21
-
Direct Measurement
7.28
-
Chaining
9.31
-
Nature of Error
26.12
-
Calculation of Measured Quantity Due to Faulty Tape or Chain
6.07
-
1st Numerical of Faulty Chain
2.23
-
2nd Numerical of Faulty Chain
4.21
-
3rd Numerical of Faulty Chain
5.53
-
4th Numerical of Faulty Chain
2.15
-
5th Numerical of Faulty Chain
2.19
-
Chain Surveying
25.13
-
Introduction Earth Pressure Theory
9.26
-
Types of Lateral Earth Pressure
9.35
-
Earth Pressure at Rest Condition
20.01
-
Rankine's Earth Pressure Theory and Assumptions
6.46
-
Rankine's Active Earth Pressure Theory
6.08
-
Rankine's Passive Earth Pressure Theory
8.1
-
Numerical on Dry/Moist Backfill
5.43
-
Numerical on Submerged Backfill
11.17
-
Numerical on Partially Submerged Backfill
5.53
-
Numerical on Backfill Subjected to Uniform Surcharge
5.4
-
Numerical on Stratified Soil Backfill
12.49
-
Rankine's Earth Pressure for the Inclined Backfill
4.54
-
Rankine's Earth Pressure for the Inclined Backwall
5.23
-
Rankine's Earth Pressure for the Inclined Backfill and Backwall
6.57
-
Numerical on Inclined Backwall
5.53
-
Earth Pressure Theory for C - f Soils
13.46
-
Numerical on Depth of Tension Crack and Unsupported Height
10.56
-
Numerical on Active Earth Pressure for C - f Soil
8.52
-
Numerical on Passive Earth Pressure for C - f Soil
4.44
-
Coulomb's Theory and Assumptions
7.33
-
Introduction, Types of Slopes
8.3
-
Types of Slope Failures
13.02
-
Stability of Infinite Slopes
14.46
-
Stability of Infinite Cohesionless Slope with Seepage
19.21
-
Numerical 1 on Infinite Slopes
4.14
-
Numerical 2 on Infinite Slopes
5.32
-
Numerical 3 on Infinite Slopes
5.25
-
Numerical 4 on Infinite Slopes
9.58
-
Failure Analysis of Infinite Slope with C - f Soils
14.46
-
Stability of Finite Slopes for Purely Cohesive Soils
14.13
-
Numericals on Purely Cohesive Soils
4.35
-
Stability of Finite Slopes Using Swedish Method of Slices
12.22
-
Numerical 1 on Swedish Method of Slices
7.08
-
Numerical 2 on Swedish Method of Slices
6.47
-
Stability of Finite Slopes Using Bishop's and Friction Circle Method
12.48
-
Stability of Finite Slopes Using Taylor's Stability Number Method
28.32
-
Numerical 1 on Stability Number Method
7.34
-
Numerical 2 on Stability Number Method
5.23
-
Historical Development of Road Construction
12.27
-
Development of Highway Planning in India
6.35
-
Various 20 Years Road Plans
5.24
-
Road Patterns
4.39
-
Road Length as Per Iii 20year Road Plan I.e. Lucknow Road Plan
5.56
-
Numerical of Road Length as Per Nagpur Road Plan
5.36
-
Numerical of Road Length as Per Lucknow Road Plan
8.01
-
Factors Controlling Alignment
5.5
-
Engineering Survey for Highway Alignment
7.25
-
Rules to Assign Utility Factor
1.59
-
1st Numericals of Maximum Utility
5.19
-
2nd Numericals of Maximum Utility
3.27
-
Introduction
3.01
-
Factors Controlling Geometric Design
20.06
-
Cross Sectional Elements- Pavement Characteristics
12.35
-
Camber
4.42
-
1st Numerical of Camber
2.24
-
2nd Numerical of Camber
3.39
-
Width of Pavement, Kerb, Divider, Shoulder
7.26
-
Introduction of Sight Distance
3.13
-
Stopping Sight Distance
12.14
-
1st Numerical of Stopping Sight Distance
3.42
-
2nd Numerical of Stopping Sight Distance
1.47
-
3rd Numerical of Stopping Sight Distance
3.09
-
Numerical of Breaking Distance
1.49
-
Overtaking Sight Distance
1.51
-
Overtaking zones and Intermediate Sight Distance
2.47
-
1st Numerical of Overtaking Sight Distance
4.33
-
2nd Numerical of Overtaking Sight Distance
4.5
-
3rd Numerical of Overtaking Sight Distance
3.04
-
Introduction of Horizontal Alignment
3.13
-
Horizontal Curve
8.44
-
Superelevation
11.46
-
Introduction of Compass Surveying
3.32
-
Types of Compass
17.38
-
Types of Meridian
5.48
-
Types of Bearing
1.5
-
Declination
8.15
-
1st Numerical of Declination
5.07
-
2nd Numerical of Declination
6.31
-
3rd Numerical of Declination
2.24
-
Bearing System
7.17
-
1st Numerical of WCB
1.41
-
2nd Numerical of WCB
2.41
-
3rd Numerical of WCB
2.01
-
4th Numerical of WCB
2.18
-
5th Numerical of WCB
2.11
-
6th Numerical of WCB
2.18
-
1st Numerical of QB
1.49
-
2nd Numerical of QB
2.02
-
3rd Numerical of QB
2.01
-
4th Numerical of QB
2.03
-
5th Numerical of QB
2.05
-
6th Numerical of QB
2.09
-
7th Numerical of QB
2.09
-
Fore Bearing and Back Bearing and Included angle
3.22
-
1st Numerical of Included Angle
3.54
-
2nd Numerical of Included Angle
9.06
-
Local Attraction
2.58
-
1st Numerical of Local Attraction
11.22
-
2nd Numerical of Local Attraction
6.27
-
3rd Numerical of Local Attraction
4.59
-
Latitudes and Departures
5.37
-
1st Numerical of Latitude and Departure
1.59
-
2nd Numerical of Latitude and Departure
6.09
-
3rd Numerical of Latitude and Departure
1.39
-
Closing Error
2.24
-
Removal of Closing Error
12.56
-
Numerical of Closing Error
4.01
-
Numerical of Bowditch Method
11.26
-
Boussinesq's Theory
16.28
-
Stress Distribution on Horizontal and Vertical Plane
13.13
-
Numerical 1 on Boussinesq's Theory
6.1
-
Numerical 2 on Boussinesq's Theory
8.07
-
Westergaard's Theory
6.42
-
Numerical 1 on Westergaard's Theory
5.5
-
Vertical Stress Due to Uniform Line Load
5.25
-
Vertical Stress Due to Circular Loaded Area
6.36
-
Numerical 1 on Circular Loaded Area
5.06
-
Vertical Stress Due to Strip Load
6.09
-
Vertical Stress Due to Uniformly Loaded Rectangular Area
8.18
-
Numerical 1 on Uniformly Loaded Rectangular Area
7.39
-
Vertical Stress Using Newmark's Influence Chart Method
6