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Wiley Acing The Gate: Civil Engineering, 2Ed (Combo) by Mahesh Mungule, Wiley

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General Information  
Author(s)Mahesh Mungule
PublisherWiley
Edition2019
ISBN9788126570652
Pages1828
BindingPaperback
LanguageEnglish
Publish YearMay 2018

Description

Wiley Wiley Acing The Gate: Civil Engineering, 2Ed (Combo) by Mahesh Mungule

This book acts as a complete reference for aspirants of GATE (CE), covering fundamental aspects of theory before proceeding to relevant questions. The theoretical and numerical concepts in the book are meticulously designed to enhance knowledge and offer valuable insights into critical aspects of the topics. It covers all topics, including new topics introduced in GATE(CE) 2016 syllabus in sufficient depth. The coverage of topics is self-sufficient requiring little to no cross-referencing having sufficient number of questions for practice. Each chapter in the book is important to upgrade the level of preparation, and competency level can be checked through Practice Exercises section.


Wiley Acing the GATE: Engineering Mathematics and General Aptitude is intended to be the complete book for those aspiring to compete in the Graduate Aptitude Test in Engineering (GATE) in various engineering disciplines, including Electronics and Communication, Electrical, Mechanical, Computer Science, Civil, Chemical and Instrumentation, comprehensively covering all topics as prescribed in the syllabus in terms of study material and an elaborate question bank. The book presents the subjects of Engineering Mathematics and General Aptitude in a systematic, structured and precise manner. 


About the Author

Dr. Mahesh Mungule is currently working as Assistant Professor at Institute

of Infrastructure Technology Research and Management (IITRAM)


Table of Contents

Preface

About the Authors

Acing the GATE

Syllabus for Civil Engineering (CE)


1 Engineering Mechanics

·Introduction

·Fundamental Definitions in Mechanics

·Force and Force System

·Fundamental Principles in Mechanics

·Static Equilibrium

·Application of Statics

·Statics of Rigid Bodies: Effect of Non-concurrent Forces in a Plane

·Equilibrium of Rigid Bodies and Application to Statics

·Beams

·Friction

·Dynamics

·Newton’s Law and D’Alembert’s Principle

·Work, Energy and Power

·Impact of Elastic Bodies

·Center of Mass and Mass Moment of Inertia

·Principle of Virtual Work


2 Solid Mechanics

·Introduction

·Shear Force and Bending Moment Diagram

·Mechanics of Deformable Bodies

·Generalised Hooke’s Law

·Relationship between Elastic Constants

·Notion of Principal Stress

·Evaluation of Principal Stress

·Theories of Failure

·Maximum Principal Stress Theory

·Bending (Flexure) Theory

·Shear Theory or Shearing Stresses

·Torsion Theory

·Deflections

·Columns

·Important Formulas

·Solved Examples

·Solved GATE Previous Years’ Questions

·Practice Exercises

·Answers to Practice Exercises


3 Structural Analysis

·Introduction

·Analysis of Framed Structures

·Analysis of Statically Determinate Structures

·Principle of Superposition

·Analysis of Plane Truss

·Influence Line Diagram

·Analysis of Three-Hinged Arches

·Analysis of Statically Indeterminate Structures

·Matrix Analysis of Structures

·Important Formulas

·Solved Examples

·Solved GATE Previous Years’ Questions

·Practice Exercises

·Answers to Practice Exercises


4 Construction Materials and Management

·Introduction

·Construction Materials

·Construction Management

·Project Planning and Network Analysis

·Solved Examples

·Solved GATE Previous Years' Questions

·Practice Exercises

·Answers to Practice Exercises


5 Concrete Structures

·Introduction

·Concrete Technology

·Concrete Mix Design

·Design of Concrete Structures

·Working Stress Method

·Limit State Design

·Comparison of Working Stress and Limit State Methods

·Analysis in Working Stress Method

·Analysis in Limit State Method

·Design of Structural Elements

·Design of T and L Beams

·Design of Columns

·Design of Slabs

·Prestressed Concrete

·Important Formulas

·Solved Examples

·Solved GATE Previous Years’ Questions

·Practice Exercises

·Answers to Practice Exercises


6 Steel Structures

·Design Philosophy

·Design of Structural Members

·Design of Built-up Columns

·Design of Tension Members

·Design of Beams

·Deformation of Beams

·Design of Built-Up Beams

·Design of Connections

·Plastic Analysis

·Plastic vs. Elastic Designs

·Important Formulas

·Solved Examples  (Working Stress Method)

·Solved GATE Previous Years' Questions

·Practice Exercises

·Answers to Practice Exercises


7 Geotechnical Engineering

·Introduction

·Classification of Soils

·Physical Properties of Soil

·Plasticity Characteristics of Soil

·Permeability

·Seepage Analysis

·Effective Stress Principle

·Earth Pressure Theories

·Vertical Stress Distribution

·Contact Pressure Distribution on Soils for Different Type of Footings

·Stability of Slopes

·Compaction

·Compression and Consolidation

·Consolidation

·Shear Strength of Soil

·Soil Investigation

·Foundation

·Bearing Capacity of Shallow Foundation

·Settlement of Shallow Foundation

·Deep Foundation—Pile Foundation


8 Fluid Mechanics and Hydraulics

·Introduction

·Properties of Fluids

·Hydraulic Jump

·Impact of Jets

·Basics of Hydraulic Machines

·Important Formulas

·Solved Examples

·Solved GATE Previous Years’ Questions

·Practice Exercises

·Answers to Practice Exercises


9 Hydrology

·Introduction

·Hydrologic Cycle

·Water Budget Equation

·Precipitation

·Evaporation

·Evapotranspiration

·Methods of Stream Flow Measurement

·Interception

·Infiltration

·Depression Storage

·Runoff

·Hydrographs

·Estimating Design Flood

·Instantaneous Unit Hydrograph

·Flood Routing Methods

·Types of Reservoirs

·Groundwater Flow

·Wells

·Important Formulas

·Solved Examples

·Solved GATE Previous Years’ Questions

·Practice Exercises

·Answers to Practice Exercises


10 Irrigation

·Introduction

·Types of Irrigation

·Methods of Irrigation

·Water Requirement of Crops

·Principal Crops and Crop Seasons

·Duty and Delta

·Consumptive Use of Water (Evapo-Transpiration)

·Irrigation Efficiencies

·Irrigation Requirement of Crops

·Crop Rotation

·Straight Drop Spillway

·Diversion Headwork

·Irrigation Channels

·Water Logging and Drainage

·Canal Regulation Works

·Cross Drainage Works

·Important Formulas

·Solved Examples

·Solved GATE Previous Years’ Questions

·Practice Exercises

·Answers to Practice Exercises


11 Environmental Engineering

·Introduction

·Sources of Water

·Water Quality or Characteristics of Water

·Water Quantity Estimation

·Water Intake Structure

·Water Distribution Systems

·Water Treatment

·Wastewater Quantity Estimation

·Characteristics of Sewage

·Wastewater Treatment

·Types of Solid Wastes

·Municipal Solid Waste

·Types of Pollutants

·Units of Measure of Air Pollutants

·Air Pollution Meteorology

·Effects of Air Pollutants on Human Health

·Air Pollution Control

·Properties of Sound Waves

·Important Formulas

·Solved Examples

·Solved GATE Previous Years’ Questions

·Practice Exercises

·Answers to Practice Exercises


12 Transportation Engineering

·Introduction

·Classification of Roads

·Highway Alignment and Engineering Surveys

·Geometric Design of Highways

·Geometric Design of Railway Track

·Geometric Design of Airports

·Pavement Design

·Traffic Engineering

·Statistical Analysis of Traffic Data

·Important Formulas

·Solved Examples

·Solved GATE Previous Years' Questions

·Practice Exercises

·Answers to Practice Exercises


13 Geomatics Engineering

·Introduction

·Types of Surveying

·Units of Measurement and Conversion Factors

·Compass Surveying

·Measure of Bearing

·Errors

·Limits for Acceptable Errors in Surveying

·Levelling

·Curves

·Photogrammetry

·Remote Sensing

·Global Positioning System (GPS)

·Geographic Information Systems (GIS)



Important Formulas

Solved Examples

Solved GATE Previous Years’ Questions

Practice Exercises

Answers to Practice Exercises

Index



Preface 


Engineering Mathematics 

1 Linear Algebra 

Matrix 

Determinants 

Solutions of Simultaneous Linear Equations 

Augmented Matrix 

Gauss Elimination Method 

Cayley—Hamilton Theorem 

Eigenvalues and Eigenvectors 


2 Calculus 

Limits 

Properties of Limits 

Continuity and Discontinuity 

Differentiability 

Mean Value Theorems 

Fundamental Theorem of Calculus 

Differentiation 

Applications of Derivatives 

Partial Derivatives 

Integration 

Methods of Integration 

Definite Integrals 

Improper Integrals 

Double Integration 

Change of Order of Integration 

Triple Integrals 

Applications of Integrals 

Fourier Series 

Vectors  

Line Integrals 

Surface Integrals 

Stokes’ Theorem 

Green’s Theorem 

Gauss Divergence Theorem 

Solved Examples 

Practice Exercise 

Answers 

Explanations and Hints 

Solved GATE Previous Years’ Questions 


3 Differential Equations 

Introduction 

Solution of a Differential Equation 

Linear Differential Equation 

Particular Integrals 

Homogeneous Linear Equation 

Bernoulli’s Equation 

Euler—Cauchy Equations 

Solving Differential Equations Using Laplace Transforms 

Variation of Parameters Method 

Separation of Variables Method 

One-Dimensional Diffusion (Heat Flow) Equation 

Second Order One-Dimensional Wave Equation 

Two-Dimensional Laplace Equation 

Solved Examples 

Practice Exercises 

Answers 

Explanations and Hints 

Solved GATE Previous Years’ Questions  

  

4 Complex Variables 

Introduction 

Complex Functions 

Exponential Function of Complex Variables 

Circular Function of Complex Variables 

Hyperbolic Functions of Complex Variables 

Logarithmic Function of Complex Variables 

Limit and Continuity of Complex Functions 

Derivative of Complex Variables 

Cauchy—Riemann Equations 

Integration of Complex Variables 

Cauchy’s Theorem 

Cauchy’s Integral Formula 

Taylor’s Series of Complex Variables 

Laurent’s Series of Complex Variables 

Zeros and Poles of an Analytic Function 

Residues 

Residue Theorem 

Calculation of Residues 

Solved Examples 

Practice Exercise 

Answers 

Explanations and Hints 

Solved GATE Previous Years’ Questions 


5 Probability and Statistics 

 Fundamentals of Probability 

 Types of Events 

 Approaches to Probability 

 Axioms of Probability 

 Conditional Probability 

 Geometric Probability 

 Rules of Probability 

 Statistics 

 Arithmetic Mean 

 Median 

 Mode 

 Relation between Mean, Median and Mode 

 Geometric Mean 

 Harmonic Mean 

 Range 

 Mean Deviation 

 Standard Deviation 

 Coefficient of Variation 

 Probability Distributions 

 Random Variable 

 Properties of Discrete Distribution 

Properties of Continuous Distribution  

Types of Discrete Distribution  

Types of Continuous Distribution  

Correlation and Regression Analyses  

Correlation  

Lines of Regression  

Hypothesis Testing  

Hypothesis Testing Procedures for Some Common Statistical Problems  

Hypothesis Testing of a Proportion  

Hypothesis Testing of a Mean  

Hypothesis Testing of Difference Between Proportions  

Hypothesis Testing of Difference Between Means  

Bayes’ Theorem  

Solved Examples  

Practice Exercise  

Answers  

Explanations and Hints  

Solved GATE Previous Years’ Questions  


6 Numerical Methods  

Introduction  

Numerical Solution of System of Linear Equations  

Gauss Elimination Method  

Matrix Decomposition Methods (LU Decomposition Method)  

Gauss—Jordan Method  

Iterative Methods of Solution  

Numerical Solution of Algebraic and Transcendental Equations  

Bisection Method  

Regula—Falsi Method (Method of False Position Method)  

Newton—Raphson Method  

Secant Method  

Jacobian  

Numerical Integration  

Newton—Cotes Formulas (General Quadrature)  

Rectangular Rule  

Trapezoidal Rule  

Simpson’s Rule  

Numerical Solution of Ordinary Differential Equation (O.D.E.)  

Picard’s Method  

Euler’s Method  

Runge—Kutta Method  

Euler’s Predictor—Corrector Method  

Accuracy and Precision  

Classification of Errors  

Significant Figures  

Measuring Error  

Propagation of Errors  

Method of Least Square Approximation 

Lagrange Polynomials 

Numerical Differentiation 

Newton’s Forward Formula 

Newton’s Backward Formula 

Stirling’s or Bessel’s Formula 

Solved Examples 

Practice Exercise 

Answers 

Explanations and Hints 

Solved GATE Previous Years’ Questions 


7 Mathematical Logic 

Introduction 

Statements 

Atomic Statements 

Molecular Statements 

Truth Table 

Truth Values 

Connectives 

Types of Connectives 

Well-Formed Formulas 

Duality Law 

Equivalent Well-Formed Formula 

Logical Identities 

Normal Form 

Disjunction Normal Form 

Conjunctive Normal Form 

Propositional Calculus 

Rules of Inference 

Predicate Calculus 

Predicates 

Quantifier 

Solved Examples 

Practice Exercise 

Answers 

Explanations and Hints 

Solved GATE Previous Years’ Questions 


8 Set Theory and Algebra 

Introduction to Set Theory 

Subsets and Supersets 

Equal Sets 

Comparable Sets 

Universal Set 

Power Set 

Types of Sets 

Operations on Sets  

Important Laws and Theorems  

Venn Diagrams  

Operations on Sets Using Venn Diagrams  

Application of Sets  

Cartesian product of Sets  

Relations  

Types of Relations  

Properties of Relation  

Functions  

Types of Functions  

Compositions of Functions  

Introduction to Algebra  

Semigroups  

Some Important Theorems  

Group  

Some Important Theorems  

Residue Classes  

Residue Class Addition  

Residual Class Multiplication  

Partial Ordering  

Hasse Diagram  

Lattice  

Sublattice  

Bounds  

Boolean algebra of Lattices  

Solved Examples  

Practice Exercise  

Answers  

Explanations and Hints  

Solved GATE Previous Years’ Questions  


9 Combinatory  

Introduction  

Counting  

Fundamental Principle of Addition  

Fundamental Principle of Multiplication  

Permutations  

Conditional Permutations  

Permutations when all Objects are not Distinct  

Circular Permutations  

Combinations  

Properties of Combinations  

Conditional Combinations  

Generating Functions  

Ordinary Generating Function  

Exponential Generating Function 

Poisson Generating Function 

Recurrence Relation 

Logistic Map 

Fibonacci Numbers 

Binomial Coefficients 

Summation 

Asymptotic Analysis 

Solved Examples 

Practice Exercise 

Answers 

Explanations and Hints 

Solved GATE Previous Years’ Questions 


10 Graph Theory 

Introduction 

Fundamental Concepts of Graph 

Common Terminologies 

Degree of a Vertex 

Multigraph 

Walks, Paths and Connectivity 

Subgraph 

Types of Graphs 

Complete Graph 

Regular Graph 

Bipartite Graph 

Tree Graph 

Trivial Graph 

Cycle 

Operations on Graphs 

Matrix Representation of Graphs 

Adjacent Matrix 

Incidence Matrix 

Cuts 

Spanning Trees and Algorithms 

Kruskal’s Algorithm 

Prim’s Algorithm 

Binary Trees 

Euler Tours 

Konigsberg Bridge Problem 

Hamiltonian Graphs 

Closure of a Graph 

Graph Isomorphism 

Homeomorphic Graphs 

Planar Graphs 

Matching 

Covering 

Independent Set   

Graph Coloring   

Solved Examples   

Practice Exercise   

Answers   

Explanations and Hints   

Solved GATE Previous Years’ Questions  


Chapter 11 Transform Theory   

Introduction   

Laplace Transform   

Laplace Transform of Common Signals  

Properties of Laplace Transform  

Inverse Laplace Transform   

z -Transform   

z -Transform of Common Sequences  

Properties of z -Transform   

Inverse z-Transform   

Relationship between z-Transform and Laplace Transform  

Fourier Transform   

Convergence of Fourier Transforms  

Properties of Fourier Transform  

Solved Examples   

Practice Exercise   

Answers   

Explanations and Hints   

Solved GATE Previous Years’ Questions 

 

General Aptitude: Verbal Ability  

1 English Grammar   

Articles   

Noun   

Use of Nouns in Singular Form  

Use of Nouns in Plural Form  

Conversion of Nouns from Singular to Plural  

Collective Nouns   

Pronoun   

Personal Pronoun   

Reflexive and Emphatic Pronoun  

Demonstrative Pronoun   

Indefinite Pronoun   

Distributive Pronoun   

Relative Pronoun   

Interrogative Pronoun   

Use of Pronouns

Adjective 

Use of Adjectives 

Preposition 

Preposition of Time 

Preposition of Position 

Preposition of Direction 

Other Uses of Preposition 

Verbs 

Use of Verb 

Use of Infinitives 

Use of Gerunds 

Tenses 

Use of Tenses 

Adverbs 

Practice Exercise 


2 Synonyms 

 Tips to Solve Synonym Based Questions 

 

3 Antonyms 

 Graded Antonyms 

 Complementary Antonyms 

 Relational Antonyms 

 Practice Exercise 


4 Sentence Completion 

 Tips to Solve Sentence Completion Based Questions 


5 Verbal Analogies 

 Types of Analogies 

 Tips to Solve Verbal Analogies Questions 


6 Word Groups 


7 Verbal Deduction

Tips and Tricks to Solve Verbal Deduction Questions


General Aptitude: Numerical Ability


Unit 1: Basic Arithmetic

1 Number System

 Numbers

 Classification of Numbers

 Progressions

 Arithmetic Progressions

 Geometric Progressions

 Infinite Geometric Progressions

 Averages, Mean, Median and Mode

 Relation between AM, GM and HM

 Some Algebraic Formulas

 The Remainder Theorem

 The Polynomial Factor Theorem

 Base System

 Counting Trailing Zeros

 Inequations

 Quadratic Equations

 Even and Odd Numbers

 Prime Numbers and Composite Numbers

 HCF and LCM of Numbers

 Cyclicity

 Test for Divisibility


2 Percentage

 Introduction

 Some Important Formulae


3 Profit and Loss

 Introduction

 Some Important Formulae

 Margin and Markup


4 Simple Interest and Compound Interest

 Introduction

 Some Important Formulae


5 Time and Work

 Introduction

 Important Formulas and Concepts


6 Average, Mixture and Alligation

 Average

 Weighted Average

 Mixture and Alligation


7 Ratio, Proportion and Variation

 Ratio

 Proportion

 Variation


8 Speed, Distance and Time

 Introduction

 Some Important Formulas


Unit 2: Algebra

1 Permutation and Combination

 Permutation

 Combination

 Partitions

 Counting

 Fundamental Principle of Addition

 Fundamental Principle of Multiplication


2 Progression

 Arithmetic Progression

 Geometric Progression

 Infinite Geometric Progression

 Harmonic Series

 Relation between AM, GM and HM


3 Probability

 Introduction

 Some Basic Concepts of Probability

 Some Important Theorems


4 Set Theory

 Introduction

 Venn Diagrams

 Operation on Sets

 Venn Diagram with Two Attributes

 Venn Diagram with Three Attributes


5 Surds, Indices and Logarithms

 Surds

 Logarithm


Unit 3: Reasoning and Data Interpretation

1 Cubes and Dices

 Cubes

 Dices


2 Line Graph

 Introduction


3 Tables

 Introduction


4 Blood Relationship

 Introduction

 Standard Coding Technique


5 Bar Diagram

 Introduction

 

6 Pie Chart

 Introduction

 Types of Pie Charts

 3-D Pie Chart

 Doughnut Chart

 Exploded Pie Chart

 Polar Area Chart

 Ring Chart/Multilevel Pie Chart


7 Puzzles

 Introduction

 Types of Puzzles


8 Analytical Reasoning

 Introduction


General Aptitude: Solved Gate Previous Years’ Questions




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