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GATE
GATE Civil Engineering (Batch 1)
Structural Analysis

Structural Analysis

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Concept of Work and Time
Work and Time - Part 1
Work and Time - Part 2
Work and Time - Part 3
Work and Time - Part 4
Work and Time - Part 5
Work and Time - Part 6
Work and Time - Part 7

Matrix: Basics and Types
Matrix: Basics and Types - Question 1
Matrix Operations
Matrix Operation Question 1
Matrix Operation Question 2
Matrix Operation Question 3
Trace, Transpose, Conjugate

Trace, Transpose, Conjugate -Question 1
Classification of Matrices
Classification of Matrices - Question 1
Classification of Matrices - Question 2
Classification of Determinant
Classification of Determinant - Question 1
Classification of Determinant - Question 2

Concept of Percentage
Percentage - Part 1
Percentage - Part 2
Percentage - Part 3
Percentage - Part 4
Percentage - Part 5
Percentage - Part 6
Percentage - Part 7
Percentage - Part 8
GATE Question on Percentage

Inverse of Matrix
Inverse of a Matrix Question 1
Inverse of a Matrix Question 2
System of Linear Equations & Gauss Elimination
Gauss Elimination Question 2
Rank of Matrix
Rank of Matrix Question 1
Rank of Matrix Question 2
Rank of Matrix Question 3
Solution of Linear System: Existence and Uniqueness

Concept of Average
Average - Part 1
Average - Part 2
Average - Part 3
Average - Part 4
GATE Questions on Average

Solution of Linear System - Question 1
Solution of Linear System - Question 2
Vector Space
Vector Space - Question 1
Vector Space - Question 2
Vector Space - Question 3

Concept of Permutation and Combination
Permutation and Combination - Part 1
Permutation and Combination - Part 2
Permutation and Combination - Part 3
Permutation and Combination - Part 4
Permutation and Combination - Part 5
Gate Questions on Permutation and Combination

Concept of Mixture & Allegation
Mixture and Allegation - Part 1
Mixture and Allegation - Part 2
Mixture and Allegation - Part 3
Mixture and Allegation - Part 4
Gate Questions on Mixture and Allegation

Eigen Values and Eigen Vectors
Eigen Values and Eigen Vectors Question 2
Gauss Elimination with Partial Pivoting
Gauss Elimination Using Partial Pivoting Question 2
GATE Question Linear Algebra Civil Engineering 2016
GATE Question Linear Algebra Electronics and Communication Engineering 2015 - 1
GATE Question Linear Algebra Electronics and Communication Engineering 2015
GATE Question Linear Algebra Electronics and Communication Engineering 2016
GATE Question Linear Algebra Electronics and Communication Engineering 2018
GATE Question Linear Algebra Electrical Engineering 2018
GATE Question Linear Algebra Mechanical Engineering 2014
GATE Question Linear Algebra Mechanical Engineering 2018

Basics
Union and Intersection
Union and Intersection - Question 1
Types of Events
Types of Events - Question 1
Axioms of Probability
Axioms of Probability - Question 1
Axioms of Probability - Question 2
Axioms of Probability - Question 3
Axioms of Probability - Question 4

Concept of Profit and Loss
Profit and Loss - Part 1
Profit and Loss - Part 2
Profit and Loss - Part 3
Profit and Loss - Part 4
Profit and Loss - Part 5
Profit and Loss - Part 6
GATE Previous Year Question on Profit and Loss

Sampling
Sampling - Question 1
Deck of Cards
Deck of Cards - Question 1
Deck of Cards - Question 2
Bayes' Theorem
Bayes' Theorem - Question 1
Permutations and Combinations
Permutations and Combinations - Question 1
Permutations and Combinations - Question 2
Random Variable
Random Variable - Question 1

Concept of Ration and Proportion
Ratio and Proportion - Part 1
Ratio and Proportion - Part 2
Ratio and Proportion - Part 3
Ratio and Proportion - Part 4
Ratio and Proportion - Part 5
Ratio and Proportion - Part 6
Ratio and Proportion - Part 7
GATE Questions on Ratio and Proportion

Concept of Probability
Questions on Probability
GATE Questions on Probability - Part 1
GATE Questions on Probability - Part 2

Random Variable - Question 2
Expected Value and Variance
Expected Value and Variance - Question 1
Expected Value and Variance - Question 2
Expected Value and Variance - Question 3
Expected Value and Variance - Question 4
Discrete RV: Binomial Distribution
Binomial Distribution - Question 1
Discrete RV: Hypergeometric Distribution
Hypergeometric Distribution - Question 1
Hypergeometric Distribution - Question 2

Concept of Boat and Stream
Questions on Boat and Stream

Discrete RV: Poisson Distribution
Poisson Distribution - Question 1
Poisson Distribution - Question 2
Continuous RV: Exponential Distribution
Exponential Distribution - Question 1
Continuous RV: Uniform Distribution
Uniform Distribution - Question 1
Uniform Distribution - Question 2
Continuous RV: Normal Distribution
Normal Distribution - Question 1

Concept of Direction
Questions on Direction Part 1
Questions on Direction Part 2

Concept of Statistics
Questions on Statistics
GATE Questions on Statistics

Normal Distribution - Question 2
Normal Distribution - Question 3
Mean, Median and Mode
Mean, Median and Mode - Question 1
Mean, Median and Mode - Question 2
Standard Deviation
Standard Deviation - Question 1
Standard Deviation - Question 2
Standard Deviation - Question 3
Covariance & Correlation

Number System - Part 1
Number System - Part 2
Number System - Part 3
Number System - Part 4
GATE Questions on Number System

Covariance & Correlation - Question 1
Regression Analysis
Regression Analysis - Question 1
GATE Question Probability Statistics Civil Engineering 2013
GATE Question Probability Statistics Civil Engineering 2016
GATE Question Probability Statistics Civil Engineering 2017
GATE Question Probability and Statistics Computer Science 2011
GATE Question Probability and Statistics Electronics and Communication Engineering 2012
GATE Question Probability and Statistics Electrical Engineering 2017
GATE Question Probability and Statistics Mechanical Engineering 2014
GATE Question Probability and Statistics Mechanical Engineering 2015
GATE Question Probability and Statistics Mechanical Engineering 2018

Concept of Speed and Distance
Concept of Train
Speed and Distance - Part 1
Speed and Distance - Part 2
Speed and Distance - Part 3
Speed and Distance - Part 4
Speed and Distance - Part 5
Speed and Distance - Part 6
GATE Questions on Speed and Distance

Limit
Limit - Question 1
Limit - Question 2
Limit - Question 3
Limit - Question 4 - Part 1
Limit - Question 4 - Part 2
Continuity
Continuity - Question 1
Continuity - Question 2
Differentiability

Data Interpretation Concept
Data Interpretation - Part 1
Data Interpretation - Part 2
Data Interpretation - Part 3

Differentiability - Question 1
Differentiability - Question 2
Mean Value Theorem
Mean Value Theorem - Question 1
Increasing-Decreasing, Maxima-Minima, Maximum-Minimum
Increasing Decreasing Functions Question 1
Increasing Decreasing Functions Question 2
Maxima-Minima Question 1
Absolute Maximum-Minimum Question 1
Absolute Maximum-Minimum Question 2
Taylor Series

Concept of Syllogism
Questions on Syllogism - Part 1
Questions on Syllogism - Part 2
GATE Questions on Syllogism

Taylor Series - Question 1
Taylor Series - Question 2
Partial Derivative, Total Derivative
Partial Derivative, Total Derivative - Question 1
Integration
Integration - Question 1
Integration - Question 2
Integration - Question 3
Integration - Question 4
Integration - Question 5
Integration - Question 6
Integration - Question 7
Integration - Question 8
Definite Integral
Definite Integral - Question 1

Concept of H.C.F and L.C.M
Questions on H.C.F and L.C.M - Part 1
Questions on H.C.F and L.C.M - Part 2
Questions on H.C.F and L.C.M - Part 3
Questions on H.C.F and L.C.M - Part 4
GATE Questions on H.C.F and L.C.M

Application of Integration
Application of Integration - Question 1
Application of Integration - Question 2
Application of Integration - Question 3
Application of Integration - Question 4
Multiple Integral
Multiple Integral - Question 1
Multiple Integral - Question 2
Multiple Integral - Triple Integral Question 1
Multiple Integral - Triple Integral Question 2

Concept of Simple And Compound Interest
Questions on Simple and Compound Interest

Concept of Dice
Questions on Dice

Gradient, Divergence and Curl
Gradient, Divergence and Curl - Question 1
Gradient, Divergence and Curl - Question 2
Gradient, Divergence and Curl - Question 3
Vector Calculus Parameterization
Line Integral
Line Integral - Question 1

Concept of Compound Interest
Questions on Compound Interest Part 1
Questions on Compound Interest Part 2
GATE Questions on Compound Interest

Line Integral - Question 2
Line Integral - Question 3
Surface Integral
Surface Integral - Question 1
Surface Integral - Question 2
Surface Integral - Question 3
Vector Multiplication
Green's Theorem
Green's Theorem - Question 1
Green's Theorem - Question 2
Green's Theorem - Question 3

Concept of Clock
Clock - Part 1
Clock - Part 2

Concept of Calendar
Calendar Method
Calendar Part 1
Calendar Part 2
GATE Questions on Calendar

Stoke's Theorem
Stoke's Theorem - Question 1
Stoke's Theorem - Question 2
Stoke's Theorem - Question 3
Gauss's Divergence Theorem
Gauss's Divergence Theorem - Question 1
Gauss's Divergence Theorem - Question 2
Gauss's Divergence Theorem - Question 3
Fourier Series
Fourier Series - Question 1
Fourier Series - Question 2
Fourier Series - Question 3

Differential Equations - ODE, Linear-Non Linear, Homogeneous - Non-Homogenous Equations
Initial Value Problem Question 1
Initial Value Problem Question 2
Solution: Variable Separable
Variable Separable - Question 1
Variable Separable - Question 2
Bernoulli Equation
Bernoulli Equation - Question 1
Bernoulli Equation - Question 2
Linear Homo ODE with Constant Coefficients
Linear Equation with Constant Coefficients - Question 1
Linear Equation with Constant Coefficients - Question 2
Linear Equation with Constant Coefficients - Question 3

Solution: Method of Undetermined Coefficients
Method of Undetermined Coefficients - Question 1
Method of Undetermined Coefficients - Question 2
Solution: Variation of Parameter
Variation of Parameter - Question 1
Variation of Parameter - Question 2
Variation of Parameter - Question 3
Euler-Cauchy Equations
Euler-Cauchy Equations - Question 1
Euler-Cauchy Equations - Question 2
Euler-Cauchy Equations - Question 3
Euler-Cauchy Equations - Question 4
Partial Differential Equations
Partial Differential Equations - Question 1
PDE: Method of Separation of Variable

Wave Equations
Wave Equations - Question 1
D'Alembert Solution
Heat Equations
Heat Equations - Question 1
Laplace Equations
Laplace Equations - Question 1

Laplace Transform and Its Applications
Laplace Transform - Question 1
Laplace Transform - Question 2
Laplace Transform - Question 3
Laplace Transform - Question 4
Laplace Transform - Question 5
Laplace Transform - Question 6
Laplace Transform - Question 7
Laplace Transform - Question 8
GATE Question Differential Equations Civil Engineering 2009
GATE Question Differential Equations Civil Engineering 2010
GATE Question Differential Equations Civil Engineering 2015
GATE Question Differential Equations Instrumentation Engineering 2013
GATE Question Differential Equations Mechanical Engineering 2011
GATE Question Differential Equations Mechanical Engineering 2013

Linear Equations - Gauss Seidel Method
Gauss Seidel Method - Question 1
Gauss Jordan Question 1

Non Linear Equations - Bisection Method
Bisection Method - Question 1
Non Linear Equations - Falsi Position Method
Falsi Position Method - Question 1
Non Linear Equations - Newton Raphson Method
Newton Raphson Method - Question 1
Newton Raphson Method - Question 2
Non Linear - Secant Method
Secant Method - Question 1
Numerical Integration

Trapezoidal Rule Question 1
Simpson's Rule Question 1
Numerical Integration Question 1
Differential Equations
Euler Method Question 1
Improved Euler Method Question 1
Runga Kutta Method Question 1
Backward Euler Method Question 1
Newton's & Lagrange's Polynomial

Newton's & Lagrange's Polynomial - Question 1 - Part 1
Newton's & Lagrange's Polynomial - Question 1 - Part 2
Least Square Approximation
Least Square Approximation - Question 1 - Part 1
Least Square Approximation - Question 1 - Part 2
GATE Question Numerical Method Civil Engineering 2015
GATE Question Numerical Method Computer Science 2007
GATE Question Numerical Method Mechanical Engineering 2014 - 1
GATE Question Numerical Method Mechanical Engineering 2014
GATE Question Numerical Method Mechanical Engineering 2015

Syllabus Discussion
Introduction
Assumptions
Plastic Moment
Shape Factor, FOS, MOS
Mechanism
Conditions of Plastic Analysis
Calculation of Collapse Load for Standard Cases-Case 1
Calculation of Collapse Load for Standard Cases-Case 2
Calculation of Collapse Load for Standard Cases-Case 3
Calculation of Collapse Load for Standard Cases-Case 4
Calculation of Collapse Load for Standard Cases-Case 5

Calculation of Collapse Load for Standard Cases-Case 6
Plastic Analysis of Beams Numericals-6
Plastic Analysis of Beams Numericals-7
Calculation of Collapse Load for Standard Cases-Case 7
Plastic Hinge Length
Plastic Analysis of Beams Numericals-8
Calculation of Plastic Hinge Length-Case 1
Calculation of Plastic Hinge Length-Case 2
Calculation of Plastic Hinge Length-Case 3
Plastic Analysis of Beams Numericals-1
Plastic Analysis of Beams Numericals-2
Plastic Analysis of Beams Numericals-3
Plastic Analysis of Beams Numericals-4
Plastic Analysis of Beams Numericals-5

Introduction
Concept
Plastic Analysis of Frames Numericals - 1

Advantages and Disadvantages of Steel Structures
Codes and Standards
Different Types of Steel Sections-Part 1
Different Types of Steel Sections-Part 2
Different Types of Steel Sections-Part 3

Plastic Analysis of Frames Numericals - 2
Plastic Analysis of Frames Numericals - 3
Plastic Analysis of Frames Numericals - 4

Cement- Manufacturing and Types
Aggregates-Fine and Coarse
Concrete with Properties as per IS:456-2000
Creep, Fatigue, Shrinkage, Creep and Temperature effects in Concrete

Structural Steel- Properties and Stress-Strain Curve
Numerical Number 1 on Properties of Concrete
Numerical Number 2 on Properties of Concrete
Numerical Number 3 on Properties of Concrete
Numerical Number 4 on Properties of Concrete
Previous Years GATE Questions on Concrete
Most Expected Questions for GATE on Concrete

Basics of Working Stress Method (WSM)
Derivation of Forlumae in WSM
Numerical Number 1 on WSM
Numerical Number 2 on WSM
Need for Limit State Method (LSM) and Ultimate Load Method (ULM)
Basic Design Concept of LSM and ULM
Derivation of Forlumae in LSM
Comparison of LSM and WSM
Numerical number 1 on LSM
Numerical number 2 on LSM
Numerical number 3 on LSM
Previous Years GATE Questions on Design Philosophies
Most Expected Questions for GATE on Design Philosophies

Introduction
Types of Bolted Connections
Arrangement of Bolts-1
Arrangement of Bolts-2
Codal Provisions Part-1

Analysis and Design

Design of Bolted Connections -2
Eccentric Bolted Connections: Type-1 Part 1(In Plane Eccentricity)
Eccentric Bolted Connections: Type-1 Part 2(In Plane Eccentricity)
Type-2 (Out of Plane Eccentricity)
Bolted Connections Numericals - 1
Bolted Connections Numericals - 2
Codal Provisions Part-2
Codal Provisions Part-3
Types of Failures of Bolted Connections
Design of Bolted Connections -1

Bolted Connections Numericals - 3
Bolted Connections Numericals - 4
Bolted Connections Numericals - 5

Fillet Weld (Codal Provisions) Part-3
Design Strength of Fillet Weld and Butt Weld
Plug and Slot Weld
Eccentric Welded Connections: Type - 1 (In Plane Eccentricity)
Type - 2 (Out of Plane Eccentricity)
Welded Connections Numericals-1
Types of Welded Connections
Fillet Weld (Codal Provisions) Part-1
Fillet Weld (Codal Provisions) Part-2

Basic Concept of Design of Beams by LSM
Singly Reinforced Beam Design Derivation
Concept of Moment Carrying Capacity and Lever Arm
Numerical Number 1 on Singly Reinforced Beam Design
Numerical Number 2 on Singly Reinforced Beam Design
Numerical Number 3 on Singly Reinforced Beam Design

Concept of Shear as per IS:456-2000
Critical Sections
Numerical Number 1 on Shear
Numerical Number 2 on Shear
Concept and Expression of Bond as per IS:456-2000
Numerical Number 1 on Bond
Numerical Number 2 on Bond
Concept of Anchorage and Codal Provisions
Numerical Number 1 on Anchorage
Concept of Splicing and Codal Provisions
Numerical Number 1 on Splicing
Previous Years GATE Questions on Other Important Aspects of Designing
Most Expected Questions for GATE on Other Important Aspects of Designing

Doubly Reinforced Beam Design concept and Need of Doubly R/F Beam
Doubly Reinforced Beam Design Derivation
Numerical Number 1 on Doubly Reinforced Beam Design
Numerical Number 2 on Doubly Reinforced Beam Design
Flanged Beams Concept and Design as per IS:456-2000
Numerical Number 1 on Flanged Beams Design
Numerical Number 2 on Flanged Beams Design
Previous Years GATE Questions on Design of Beams
Most Expected Questions for GATE on Design of Beams

Basic Concept of Slabs
One Way Slabs Concept with IS:456-2000 Provisions

Design Tensile Strength-2
Types of Failures
Design Tensile Strength-1
Design Procedure of Tension Members-1
Design Procedure of Tension Members-2
Lug Angle
Design of Tension Members Numerical-1
Design of Tension Members Numerical-2
Design of Tension Members Numerical-3

Welded Connections Numericals-2
Welded Connections Numericals-3
Welded Connections Numericals-4

Design Compressive Strength
Battening Part - 1
Battening Part - 2
Effective Length
Design Procedure
Columns Splicing
Columns Bases Part - 1
Built Up Column
Lacing Part - 1
Columns Bases Part - 2
Lacing Part - 2

Introduction of Design Flexural Members
Classification of Cross Section
Design Flexural Strength
Laterally Supported Beams
Laterally Unsupported Beams
Design Shear Strength
Check for Deflection

Design of Compression Members Numerical 1
Design of Compression Members Numerical 2
Design of Compression Members Numerical 3
Design of Compression Members Numerical 4
Design of Compression Members Numerical 5

Introduction to Design of Columns
Various Theories in Design of Columns
IS:456-2000 provisions in Design of Circular Columns
Numerical Number 1 on Design of Column
Numerical Number 2 on Design of Column

Numericals Number 1 on Design of One Way Slabs
Numericals Number 2 on Design of One Way Slabs
Two Way Slabs Concept with IS:456-2000 Provisions
Numericals Number 1 on Two Way slabs
Numericals Number 2 on Two Way slabs
Previous Years GATE Questions on Design of Slabs
Most Expected Questions for GATE on Design of Slabs

Beam Columns
Design Flexural Members Numerical - 1
Design Flexural Members Numerical - 2
Design Flexural Members Numerical - 3
Web Buckling
Web Crippling
Built Up Beams

Introduction to Design of Plate Girders
Types of Stiffeners

Roof Truss
Dead Load
Live Load and Snow Load
Wind Load

Design of Stiffeners
Moment of Inertia of Stiffeners
Proportioning of Web
Design of Plate Girders Numerical - 1
Design of Plate Girders Numerical - 2

Concept Part - 1
Concept Part - 2
Gantry Girder Numerical - 1

Purlin
Industrial Building Numerical - 1
Industrial Building Numerical - 2
Industrial Building Numerical - 3

GATE Previous Year Question - 1
GATE Previous Year Question - 2
GATE Previous Year Question - 3
GATE Previous Year Question - 4
GATE Previous Year Question - 5
GATE Previous Year Question - 6

Design of Circular Columns
Numerical Number 1 on Circular Columns
Previous Years GATE Questions on Design of Columns
Most Expected Questions for GATE on Design of Columns

Introduction to Pre Stressed Concrete
Types of Prestressing as per Codes
Losses in Prestressed Concrete and Codal Provisions
Numerical Number 1 on Losses in Concrete
Numerical Number 2 on Losses in Concrete
Numerical Number 3 on Losses in Concrete
Analysis of Beams Sections at Transfer and Service Loads
Numerical Number 1 Beams at Transfer and Service Loads
Previous Years GATE Questions on Prestressed Concrete
Most Expected Questions for GATE on Prestressed Concrete

GATE Previous Year Question - 7
Gate Previous Year Question - 8
Gate Previous Year Question - 9
Gate Previous Year Question - 10
Gate Previous Year Question - 11
Gate Previous Year Question - 12
Gate Previous Year Question - 13
Gate Previous Year Question - 14
Gate Previous Year Question - 15

Introduction of Surveying
Classification on the Basis of Curvature of Earth
Classification on the Basis of Nature of Land Under Surveying
Classification on the Basis of Object of Surveying and Instrument Used
Principle of Surveying
Maps and Plans
Scales
Precision and Accuracy
Types of Errors
1st Numerical of Most Probable Error
2nd Numerical of Most Probable Error
1st Numerical of Scale
2nd Numerical of Scale
3rd Numerical of Scale

Introduction of Linear Measurements
Direct Measurement
Chaining
Nature of Error
Calculation of Measured Quantity Due to Faulty Tape or Chain
1st Numerical of Faulty Chain
2nd Numerical of Faulty Chain
3rd Numerical of Faulty Chain
4th Numerical of Faulty Chain
5th Numerical of Faulty Chain
Chain Surveying

Introduction Earth Pressure Theory
Types of Lateral Earth Pressure
Earth Pressure at Rest Condition
Rankine's Earth Pressure Theory and Assumptions
Rankine's Active Earth Pressure Theory
Rankine's Passive Earth Pressure Theory
Numerical on Dry/Moist Backfill
Numerical on Submerged Backfill
Numerical on Partially Submerged Backfill
Numerical on Backfill Subjected to Uniform Surcharge
Numerical on Stratified Soil Backfill
Rankine's Earth Pressure for the Inclined Backfill
Rankine's Earth Pressure for the Inclined Backwall
Rankine's Earth Pressure for the Inclined Backfill and Backwall
Numerical on Inclined Backwall
Earth Pressure Theory for C - f Soils
Numerical on Depth of Tension Crack and Unsupported Height
Numerical on Active Earth Pressure for C - f Soil
Numerical on Passive Earth Pressure for C - f Soil
Coulomb's Theory and Assumptions

Introduction, Types of Slopes
Types of Slope Failures
Stability of Infinite Slopes
Stability of Infinite Cohesionless Slope with Seepage
Numerical 1 on Infinite Slopes
Numerical 2 on Infinite Slopes
Numerical 3 on Infinite Slopes
Numerical 4 on Infinite Slopes
Failure Analysis of Infinite Slope with C - f Soils
Stability of Finite Slopes for Purely Cohesive Soils
Numericals on Purely Cohesive Soils
Stability of Finite Slopes Using Swedish Method of Slices
Numerical 1 on Swedish Method of Slices
Numerical 2 on Swedish Method of Slices
Stability of Finite Slopes Using Bishop's and Friction Circle Method
Stability of Finite Slopes Using Taylor's Stability Number Method
Numerical 1 on Stability Number Method
Numerical 2 on Stability Number Method

Historical Development of Road Construction
Development of Highway Planning in India