About Course
Production and Industrial engineering (PIE) is an interdisciplinary engineering discipline that includes manufacturing technology, engineering sciences, management science, and optimization of complex processes, systems, or organizations.
What I will learn?
- 400+ Hrs Live Recorded Lectures
- Free Test Series, CTQ Videos and Ebooks Included
- Recorded by Best Mentors across the country from IIT/IISc
Course Curriculum
GATE – 21 ADDED SYLLAB
Chapter 1: Aptitude
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1.1 Aptitude
00:00
E-Book – GATE – 21 ADDED SYLLABUS
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E-Book
Practice Set – GATE – 21 ADDED SYLLABUS
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Practice Set 1
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Practice Set 2
Theory of Machines
Chapter-1 Simple Mechanisms
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1.0 Theory of Machines Introduction
00:00 -
1.1 Kinematic Link or an Element and Kinematic Pairs
00:00 -
1.2 Classification of Kinematic Pairs
00:00 -
1.3 Kinematic Chains
00:00 -
1.4 Degree of Freedom
00:00 -
1.5 Kutzbach Equation and Gruibler’s Criterion
00:00 -
1.6 Simple Mechanisms, its inversions and Grashof’s law
00:00 -
1.7 Inversion of Single Slider Crank Mechanism
00:00 -
1.8 Inversion of Double Slider Crank Mechanism
00:00 -
1.9 Mechanical Advantage and Miscellaneous
00:00 -
1.10 Chapter-1 GATE Questions
00:00
Chapter-2 Velocity and Acceleration Analysis
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2.1 Introduction to Instantaneous Center
00:00 -
2.2 Kennedy’s Theorem and Instantaneous Center Approach
00:00 -
2.3 Theorem of Angular Velocity
00:00 -
2.4 Relative Velocity Approach
00:00 -
2.5 Acceleration Analysis
00:00 -
2.6 Chapter-2 GATE Questions
00:00
Chapter-3 Gears and Gear Trains
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3.1 Introduction and Classification of Gears
00:00 -
3.2 Gear Terminology and Law of Gearing
00:00 -
3.3 Involute Profile of Gear Teeth
00:00 -
3.4 Interference in Gears and Elimination of Interference
00:00 -
3.5 Cycloidal Profile of Gear Teeth
00:00 -
3.6 Gear Trains part-I
00:00 -
3.7 Gear Trains part-II
00:00 -
3.8 Chapter-3 GATE Questions
00:00
Chapter-4 Analysis of Single Slider Crank Mechanism
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4.1 Kinematic & Dynamics Analysis and Offset Slider Crank Mechanism
00:00 -
4.2 Chapter-4 GATE Questions
00:00
Chapter-5 Flywheel
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5.1 Turning Moment Diagram and Principle of working of Flywheel
00:00 -
5.2 Fundamental Equation of Flywheel and Requirement of Flywheel for Multi cylinder Engine
00:00 -
5.3 Types of Flywheel and Flywheel in Punching Press
00:00 -
5.4 Chapter-5 GATE Questions
00:00
Chapter-6 Governors
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6.1 Introduction of Governors and Watt’s Governor
00:00 -
6.2 Porter and Proell Governor
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6.3 Hartnell Governor and Physical Characteristics of Governors
00:00 -
6.4 Governor Controlling Force and Controlling Force Diagram
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6.5 Standard Questions on Governors
00:00
Chapter-7 Balancing
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7.1 Introduction and Static Balancing of Rotating Masses
00:00 -
7.2 Dynamic Balancing of Rotating Masses
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7.3 Primary Balancing of Reciprocating Masses
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7.4 Secondary Balancing of Reciprocating Masses and Role of Firing order in Balancing
00:00 -
7.5 Direct and Reverse Crank Method
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7.6 Chapter-7 GATE Questions
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Chapter-8 Mechanical Vibrations
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8.1 Introduction of Vibrations and Natural Vibrations
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8.2 Energy Method and Torque Method
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8.3 Torsional Vibration and Religh’s Method
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8.4 Damped Vibration Systems
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8.5 Force Damped Vibration and Magnification Factor
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8.6 Vibration Isolation, Transmissibility Ratio and Critical Speed of Shaft
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8.7 Chapter-8 GATE Questions
00:00
Chapter-9 Cams and Followers
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9.1 Introduction of Cams & Followers and their Classification
00:00 -
9.2 Cam Terminologies and Followers Derivatives
00:00 -
9.3 Types of Follower Motion
00:00 -
9.4 Standard Questions on Cams and Followers
00:00
Chapter-10 Gyroscope
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10.1 Introduction of Gyroscope
00:00 -
10.2 Gyroscopic Effects for Aircraft and Ships
00:00 -
10.3 Gyroscopic Effect for a Power plant Shaft and Automobile
00:00
E-Book – Theory of Machines
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E-Book
Practice Set – Theory of Machines
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Practice Set 1
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Practice Set 2
THERMAL ENGINEERING
Chapter 1: Basics of Thermodynamics
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1.1 Introduction of Thermodynamics
00:00 -
1.2 Thermodynamic System & Processes
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1.3 Zeroth Law of Thermodynamics & Thermometric Principle
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1.4 (a) Thermodynamic Work Transfer (b) Thermodynamic Work Transfer Examples
00:00 -
1.5 First Law of Thermodynamics
00:00 -
1.6 Heat Transfer in Various Processes
00:00 -
1.7 Steady & Unsteady Flow Energy Equation
00:00 -
1.8 GATE Questions (Practice Quiz also available)
00:00
Chapter 2: Second Law of Thermodynamics
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2.1 Concept of 2nd Law of Thermodynamics
00:00 -
2.2 Thermodynamic Temperature Scale
00:00 -
2.3 Entropy & Clausius Inequality
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2.4 Physical Meaning of Entropy and Entropy Changes of Gases, Liquid & Solid
00:00 -
2.5 GATE Questions on Second Law of Thermodynamics (Practice Quiz also available)
00:00
Chapter 3: Available Energy/Exergy/Availability
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3.1 Concept of Available Energy (Exergy) & Change in Exergy due to Finite Temperature Difference
00:00 -
3.2 Exergy Associated with K.E & P.E, Exergy Change of a System (Closed & Open), and Concept of Irreversibility
00:00 -
3.3 Second Law Efficiency & Solved Examples on Exergy
00:00 -
3.4 GATE Questions on Exergy
00:00
Chapter 4: Thermodynamic Relation
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4.1 Maxwell, Tds & Energy Equations
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4.2 Joule-Thompson Coefficient, Clapeyron & Clausius-Clapeyron Equations
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4.3 Solved Examples on Thermodynamic Relation
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4.4 GATE Questions on Thermodynamic Relation
00:00
Chapter 5: Introduction of Heat Transfer
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5.1 Introduction of Heat Transfer (Difference between Heat Transfer & Thermodynamics, Modes of Heat Transfer, Variation of Thermal Conductivity)
00:00 -
5.2 Introduction of Heat Transfer (Laws of Heat Transfer)
00:00
Chapter 6: Conduction
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6.1 Conduction (Through a Slab, Electrical Analogy of Heat Transfer, Conductive Thermal Resistance, Through Composite Slab)
00:00 -
6.2 Conduction (Convection Thermal Resistance, Conduction-Convection Heat Transfer Through a Composite Slab, Overall Heat Transfer Coefficient, and Examples)
00:00 -
6.3 Conduction (Radial Conduction Heat Transfer Through a Hollow Cylinder & Composite Cylinder and an Example)
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6.4 Conduction (Conduction-Convection Heat Transfer Through a Composite Cylinder and an Example)
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6.5 Conduction (Generalized Conduction Equation and Thermal Diffusivity)
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6.6 Conduction (Critical Radius of Insulation & Its Physical Significance, and Examples)
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6.7 Conduction (Heat Generation in a Slab and an Example)
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6.8 Conduction (Radial Conduction Heat Transfer Through a Hollow Sphere, Critical Radius of Insulation for Spherical Condition, and Variable Thermal Conductivity)
00:00 -
6.9 Conduction (Heat Generation in Cylinder or Wire and an Example Based on Internal Heat Generation)
00:00
Chapter 7: Radiation
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7.1 Fundamentals of Thermal Radiation
00:00 -
7.2 Basic Definitions/Terminologies of Thermal Radiation
00:00 -
7.3 Laws of Thermal Radiation (Kirchhoff, Planck, Wien’s Displacement, Stefan-Boltzmann, Lambert Cosine)
00:00 -
7.4 Shape Factor (Concept of Shape Factor & Relations: Reciprocity, Summation, Superposition, Symmetry)
00:00 -
7.5 Radiation Network & Radiation Exchange
00:00 -
7.6 Radiation Shields & Radiation Effect in Temperature Measurement
00:00
Chapter 8: Convection
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8.1 Introduction to Convection Heat Transfer
00:00 -
8.2 Basics of Forced Convection Heat Transfer
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8.3 Thermal Boundary Layer Concept
00:00 -
8.4 External Forced Convection (Flow Over a Flat Plate)
00:00 -
8.5 Internal Forced Convection (Flow Through Pipe or Duct)
00:00 -
8.6 Natural or Free Convection-1
00:00
E-Book – THERMAL ENGINEERING
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E-Book
Practice Set – THERMAL ENGINEERING
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Practice Set 1
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Practice Set 2
Industrial Engineering (O Res & Pr Ma)
Chapter 1: Basic of Industrial Engineering
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1.1 Basic of Industrial Engineering
00:00 -
1.2 Break Even Analysis
00:00 -
1.3 GATE Questions
00:00
Chapter 2: Inventory Control
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2.1 Basic Inventory Control
00:00 -
2.2 Deterministic Model Part 1
00:00 -
2.3 Deterministic Model Part 2
00:00 -
2.4 Probability & Inventory Management Technique
00:00 -
2.5 GATE Questions
00:00
Chapter 3: Fore Casting
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3.1 Fore Casting
00:00 -
3.2 GATE Questions
00:00
Chapter 4: Queuing Theory
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4.1 Queuing Theory
00:00 -
4.2 GATE Questions
00:00
Chapter 5: Sequencing
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5.1 Sequencing
00:00 -
5.2 GATE Questions
00:00
Chapter 6: Project Management
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6.1 Basic Introduction to Project Management
00:00 -
6.2 PEAR
00:00 -
6.3 Critical Path Method
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6.4 GATE Questions
00:00
Chapter 7: Linear Programming
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7.1 Graphical Methods
00:00 -
7.2 Simplex Method
00:00 -
7.3 Transportation
00:00 -
7.4 GATE Questions
00:00
E-Book – Industrial Engineering (Operations Research & Project Management)
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E-Book
Practice Set – Industrial Engineering (Operations Research & Project Management)
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Practice Set 1
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Practice Set 2
Manufacturing Processes I and II
Chapter-1 Metal Casting
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1.1 Basics of Metal Casting
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1.2 Allowances in Casting
00:00 -
1.3 Types of Pattern and its materials
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1.4 Mould Making & Properties of Sand
00:00 -
1.5 Core Making
00:00 -
1.6 Paddings & Chills
00:00 -
1.7 Pouring & Solidifications
00:00 -
1.8 Gating System
00:00 -
1.9 Aspiration Effect
00:00 -
1.10 Solidifications Type, Time and Felting & Inspections
00:00 -
1.11 Riser & Riser Design
00:00 -
1.12 Riser for plate & Disc shaped casting
00:00 -
1.13 Special Casting
00:00 -
1.14 Defects in Casting
00:00 -
1.15 Metal Casting GATE Questions
00:00
Chapter-2 Metal Forming
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2.1 Introduction of Metal Forming
00:00 -
2.2 Strain Hardening
00:00 -
2.3 Yield Point Phenomenon & Hot Working
00:00 -
2.4 Flow stress & Flow curve Equations
00:00 -
2.5 Plastic Deformation & Yield Criteria
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2.6 Rolling Process
00:00 -
2.7 Wire drawing
00:00 -
2.8 Tube Drawing & Extrusion Process
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2.9 Forging Operations
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2.10 Defects in Metal Forming
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2.11 Metal Forming GATE Questions
00:00
Chapter-3 Sheet Metal Operations
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3.1 Sheet Metal Operations
00:00 -
3.2 Deep Drawing
00:00 -
3.3 Bending & Minor Sheet Metal Operations
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3.4 Special Metal Forming Processes
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3.5 Sheet Metal Operations Gate Questions
00:00
Chapter-4 Metal Cutting
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4.1 Introduction to Metal cutting
00:00 -
4.2 Influence of tool geometry on various parameters
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4.3 Mechanics of Machining
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4.4 Shear Angle, Velocities, Shear Strain & Rate of Shear Strain
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4.5 Orthogonal and oblique Cutting
00:00 -
4.6 Force in the Metal Cutting Operation
00:00 -
4.7 Shear Stress, Work Done & Specific Cutting Energy
00:00 -
4.8 Heat Generations in Cutting
00:00 -
4.9 Tool Failure Criteria & Tool Life
00:00 -
4.10 Economics of Machining
00:00 -
4.11 Conversion of Oblique Cutting to Orthogonal Cutting
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4.12 Tool Materials
00:00 -
4.13 Grinding Operations
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4.14 Metal Cutting GATE Questions
00:00
Chapter-5 Non Traditional Machining
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5.1 Non Traditional Machining-I (AJM,USM & ECM )Draft Lesson
00:00 -
5.2 Non Traditional Machining-II (EDM,EBM,LBM& USM )
00:00 -
5.3 Non Traditional Machining GATE Questions
00:00
Chapter-6 Computer Integrated Manufacturing System
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6.1 Introduction to advanced Machining Methods
00:00 -
6.2 Computer Integrated Manufacturing-I
00:00 -
6.3 Computer Integrated Manufacturing-II
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6.4 Computer Integrated Manufacturing GATE Questions
00:00
Chapter-7 Welding
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7.1 Gas Welding
00:00 -
7.2 Arc and Thermit Welding
00:00 -
7.3 Resistance Welding
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7.4 Soldering, Brazing & Braze Welding
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7.5 Setting of Power Sources
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7.6 Welding GATE Questions
00:00
Chapter-8 Metrology and Inspection
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8.1 Introduction of Metrology and Linear Measurements
00:00 -
8.2 Limits, Fits and Tolerances Part-1
00:00 -
8.3 Limits, Fits and Tolerances Part-2
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8.4 Comparators
00:00 -
8.5 Form and Finish Measurement
00:00 -
8.6 Limit Gauges Part-1
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8.7 Limit Gauges Part-2
00:00 -
8.8 Angular MeasurementsDraft Lesson
00:00 -
8.9 Machine Tool Metrology (Alignment & Testing Methods)
00:00 -
8.10 Metrology and Inspection GATE Questions
00:00
E-Book – Manufacturing Processes I and II
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E-Book
Practice Set – Manufacturing Processes I and II
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Practice Set 1
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Practice Set 2
Engineering Mathematics
Chapter-1: Limit
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1.1 Introduction to Limit
00:00 -
1.2 Indeterminate forms
00:00 -
1.3 Methods to Solve Limit
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1.4 Factoring Method
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1.5 Rationalisation method
00:00 -
1.6 Expansion method
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1.7 L-Hospital Rule
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1.8 Failure of L-Hospital Rule
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1.9 Approximation method
00:00 -
1.10 Limit involving modulus function
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1.11 Limit involving Riemann integration
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1.12 Limit involving greatest integer function
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1.13 Various exams questions and practice questions
00:00
Chapter 2: Continuity
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2.1 Introduction to Continuity
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2.2 Types of Continuity
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2.3 Types of Discontinuity
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2.4 Continuity in an interval [a,b]
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2.5 Continuity of P(X)/Q(X)
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2.6 Continuity of modulus function
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2.7 Various exam questions and practice questions
00:00
Chapter 3: Differentiabilty
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3.1 Introduction to Differentiability
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3.2 Differentiability of modulus function
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3.3 Various exam questions
00:00
Chapter 4: Properties of function
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4.1 Monotone function
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4.2 Increasing and decreasing function
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4.3 Concave upward and downward
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4.4 Point of inflection
00:00
Chapter 5: Maxima & Minima
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5.1 Local Maxima & Local Minima
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5.2 Absolute maximum and absolute minimum
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5.3 Maximum & minimum value of a function in the given interval
00:00
Chapter 6: Min value theorem
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6.1 Intermediate MVT
00:00 -
6.2 Integral form of intermediate MVT
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6.3 Rolle’s MVT
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6.4 Lagrange’s MVT
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6.5 Integral form of Lagrange’s MVT
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6.6 Cauchy’s MVT
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6.7 Various exam questions
00:00
Chapter 7: Integration
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7.1 Integration
00:00 -
7.2 Arc length
00:00
Chapter 8: Linear algebra
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8.1 Linear Transformation
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8.2 Introduction to matrices
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8.3 Rank & Nullity
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8.4 System of Linear equations
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8.5 Eigenvalues & Eigenvectors
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8.6 Number of linearly independent Eigenvectors
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8.7 Diagonalization of matrix
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8.8 Some important properties of special matrices
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8.9 GATE questions
00:00
Chapter 9: Probability distribution
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9.1 Discrete probability distribution
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9.2 Binomial distribution
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9.3 Poisson distribution
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9.4 Continuous probability distribution
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9.5 Uniform distribution
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9.6 Exponential distribution
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9.7 Normal distribution
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9.8 Mean, Median, and Mode of probability distribution
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9.9 Expectation, second moment, variance, and standard deviation
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9.10 Cumulative distribution
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9.11 Joint probability distribution
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9.12 GATE questions
00:00
Chapter 10: Statistics
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10.1 Statistics
00:00
Chapter 11: Differential equation
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11.1 Introduction to Differential equations
00:00 -
11.2 Order and degree of Differential equations
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11.3 Ordinary and partial differential equations
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11.4 Linear and nonlinear differential equations
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11.5 Homogeneous and nonhomogeneous differential equations
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11.6 Methods to solve first-order first-degree differential equations
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11.7 Variable separable method
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11.8 Leibnitz differential equations
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11.9 Bernoulli’s differential equations
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11.10 Differential equations with homogeneous functions
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11.11 Differential equation dy/dx=f(ax+by+c)
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11.12 Higher order differential equations with constant coefficients
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11.13 Higher order differential equations with variable coefficients
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11.14 Partial differential equations
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11.15 GATE questions
00:00
Chapter 12: Numerical methods
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12.1 Numerical Integration
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12.2 Numerical Differentiation
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12.3 Roots of Equations
00:00
Chapter 13: Complex analysis
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13.1 Introduction to complex numbers
00:00 -
13.2 Limit, continuity, and differentiability
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13.3 Analytic functions
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13.4 Entire function
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13.5 Complex differentiation
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13.6 Zeros & Singularity: Poles, essential singularity, Harmonic singularity
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13.7 Residues at poles and essential singularity
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13.8 Complex integration – Open path closed path
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13.9 GATE questions
00:00
Chapter 14: Vector analysis
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14.1 Vector Analysis
00:00
Chapter 15: Laplace transform
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15.1 Laplace Transform
00:00
E-Book – Engineering Mathematics
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E-Book
Practice Set – Engineering Mathematics
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Practice Set 1
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Practice Set 2
Verbal Ability
Chapter-1: Noun
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1.1 Noun
00:00
Chapter-2: Pronoun
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2.1 Pronoun
00:00
Chapter-3: Subject And Verb Agreement
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3.1 Subject-And-Verb-Agreement
00:00
Chapter-4: Tenses
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4.1 Tenses
00:00
Chapter-5: Modifiers
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5.1 Modifiers -1
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5.2 Modifiers -2
00:00
Chapter-6: Vocabulary Building
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6.1 Linking word technique
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6.2 Root word technique
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6.3 Types of vocabulary questions
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6.4 Synonyms
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6.5 Antonyms
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6.6 Homophones
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6.7 Various Exam questions and practice questions
00:00
Chapter-7: Verbal Logic
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7.1 Course of Action
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7.2 Critical Reasoning
00:00 -
7.3 Summary Type Questions
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7.4 Deductive Logic & Logical Consistency
00:00
Chapter-8: Reading Comprehension (RC)
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8.1 Introduction to Reading Comprehension
00:00 -
8.2 Reading Comprehension – Tones
00:00 -
8.3 Reading Comprehension – How to Solve Questions
00:00
Chapter-9: Articles & Prepositions
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9.1 Articles & Prepositions
00:00
E-Book – Verbal Ability
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E-Book
Practice Set – Verbal Ability
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Practice Set 1
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Practice Set 2
Logical Reasoning
Chapter 1: Series
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1.1 Series
00:00
Chapter 2: Coding and Decoding
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2.1 Coding and Decoding
00:00
Chapter 3: Analytical Reasoning (AR) or Data Arrangement
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3.1 Analytical Reasoning (AR) or Data Arrangement
00:00
Chapter 4: Blood Relations
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4.1 Blood Relations
00:00
Chapter 5: Calendars
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5.1 Calendars
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Chapter 6: Data Interpretation
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6.1 Clock
00:00 -
6.2 Data Interpretation
00:00
Chapter 7: Directions
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7.1 Directions
00:00
Chapter 8: Syllogism
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8.1 Syllogism
00:00
E-Book – Logical Reasoning
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E-Book
Practice Set – Logical Reasoning
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Practice Set 1
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Practice Set 2
Quantitative Aptitude
Chapter 1: Numbers System
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1.1 Types of Numbers
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1.2 Divisibility Rules
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1.3 Cyclicity or Fundamental to Find Last Digit
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1.4 Concept of HCF/LCM and its Application
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1.5 Remainders
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1.6 Highest Power and Trailing Zeros
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1.7 Factors
00:00 -
1.8 Number System Exam Questions
00:00 -
1.9 Cyclicity – Last Digit (Unit Place)
00:00 -
1.10 Cyclicity – Last 2 Digits
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1.11 Remainder Theorem
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1.12 Base System
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1.13 Right Most Non-zero Digit
00:00
Chapter 2: Percentages and Application
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2.1 Introduction to Percentage
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2.2 Change of Base
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2.3 Profit Loss and Discount Concept
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2.4 Simple Interest and Compound Interest
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2.5 Faulty Weights
00:00 -
2.6 Successive Percentage Change
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2.7 Percentage Exam Questions
00:00
Chapter 3: Ratio, Proportion, and Mixtures
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3.1 Introduction to Ratio
00:00 -
3.2 Introduction to Proportion
00:00 -
3.3 Partnership
00:00 -
3.4 Alligation & Mixture
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3.5 Ratio & Proportion Exam Questions
00:00
Chapter 4: Time Speed and Distance
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4.1 Relation Between Time, Speed & Distance
00:00 -
4.2 Average Speed
00:00 -
4.3 Relative Speed
00:00 -
4.4 Boats & Stream
00:00 -
4.5 Races
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4.6 Time, Speed & Distance Exam Questions
00:00
Chapter 5: Time and Work
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5.1 Introduction to Time & Work
00:00 -
5.2 Different Types of Questions of Time & Work
00:00 -
5.3 Time & Work Exam Questions
00:00
Chapter 6: Geometry
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6.1 Angles
00:00 -
6.2 Triangles & Properties
00:00 -
6.3 Quadrilateral
00:00 -
6.4 Circle
00:00 -
6.5 Polygon
00:00 -
6.6 Trigonometry
00:00 -
6.7 Geometry & Mensuration (Higher Concept)
00:00 -
6.8 Mensuration
00:00 -
6.9 Geometry Exam Questions
00:00
Chapter 7: Permutation and Combination
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7.1 Arrangement Based on Alphabets
00:00 -
7.2 Arrangement Based on Numbers
00:00 -
7.3 Rank in Dictionary
00:00 -
7.4 Combination
00:00 -
7.5 Application of Combination
00:00 -
7.6 Permutation
00:00 -
7.7 Permutation & Combination Exam Questions
00:00
Chapter 8: Probability and Set Theory
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8.1 Introduction to Probability
00:00 -
8.2 Types of Questions of Probability
00:00 -
8.3 Probability Exam Questions
00:00
Chapter 9: Algebra
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9.1 Linear Equation
00:00 -
9.2 Quadratic Equation
00:00 -
9.3 Introduction to Progression
00:00 -
9.4 Logarithm
00:00 -
9.5 Logarithm Practice
00:00 -
9.6 Modulus
00:00 -
9.7 Inequality
00:00 -
9.8 Algebra Exam Questions
00:00
Chapter 10: Set Theory
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10.1 Set Theory
00:00
Chapter 11: Previous Year Aptitude GATE Questions
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11.1 Aptitude GATE Questions 2018 ME
00:00 -
11.2 Aptitude GATE Questions 2018 EC
00:00 -
11.3 Aptitude GATE Questions 2018 CE
00:00 -
11.4 Aptitude GATE Questions 2018 CS
00:00 -
11.5 Aptitude GATE Questions 2017 CH
00:00 -
11.6 Aptitude GATE Questions 2016 EE
00:00 -
11.7 Aptitude GATE Questions 2016 EC
00:00 -
11.8 Aptitude GATE Questions 2019 All Branches
00:00 -
11.9 Aptitude GATE Questions 2015 CS
00:00 -
11.10 Aptitude GATE Questions 2015 ME
00:00 -
11.11 Aptitude GATE Questions 2015 EC+IN
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E-Book – Quantitative Aptitude
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E-Book
Practice Set – Quantitative Aptitude
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Practice Set 1
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Practice Set 2
Applied Mechanics PART-1
Chapter 1: Force Systems
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1.1. Force and its classification
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1.2. Principle of Transmissibility – Force as a sliding vector
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1.3. Concurrent Force System
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1.4. Force And Couple System
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1.5. Tips to Draw Free Body Diagram
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1.6. Standard Problems Force And Couple System
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Chapter 2: Structure Analysis
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2.1. Structure analysis
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2.2. Analysis of Plane Trusses
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2.3. Standard Problems of Plane Trusses
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2.4. Chapter-1 and 2 GATE Questions
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E-Book – Applied Mechanics PART-1 (Engg. Mechanics)
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E-Book
Practice Set – Applied Mechanics PART-1 (Engg. Mechanics)
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Practice Set 1
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Practice Set 2
Fluid Mechanics
Chapter 1: Introduction & Fluid Properties
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1.1 Introduction
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1.1.1_States of Matter / Distinction between Solid & Fluid
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1.1.2_Internal Forces
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1.1.3_Concept of Continuum
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1.2 FLUID PROPERTIES – I
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1.2.1_Density at a point
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1.2.2_Specific Weight & Specific Gravity
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1.2.3_Bulk Modulus of Elasticity
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1.2.4_Pressure
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1.3 FLUID PROPERTIES – II
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1.3.1_Absolute Viscosity & Kinematic Viscosity with their physical interpretation
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1.4 FLUID PROPERTIES – III
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1.4.1 to 1.4.6_Standard Problems
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1.5 FLUID PROPERTIES – IV
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1.5.1_Surface Tension
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1.5.2_Phenomenon observed in nature due to surface tension
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1.5.3_Standard Problems
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1.6 GATE PROBLEMS
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Chapter 2: Fluid Statics
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2.1 FUNDAMENTAL EQUATION OF FLUID STATICS
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2.1.1_Derivation of Fundamental Equation of Fluid Statics
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2.1.2_Physics behind Fundamental Equation of Fluid Statics
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2.1.3_Results from Fundamental Equation of Fluid Statics
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2.2 PRESSURE & ITS MEASUREMENT
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2.2.1_Scale of Pressure
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2.2.2_Measurement of Atmospheric Pressure – Barometer
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2.2.3_Measurement of System Pressure – Piezometer
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2.2.4_U Tube Manometer – Positive Gauge Pressure
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2.2.5_U Tube Manometer – Negative Gauge Pressure
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2.3 SOME STANDARD PROBLEMS ON MANOMETERS
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2.3.1_Multiple Fluid Manometers
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2.3.2_Inverted Manometers
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2.3.3_Inclined Manometers
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2.3.4_ESE – 2008
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2.3.5_Rotating Manometer
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2.4 FORCES ON SUBMERGED BODIES – I
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2.4.1_Forces on Plane Surfaces Immersed in Fluid at rest
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2.4.2_Standard Problem
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2.5 FORCES ON SUBMERGED BODIES – II
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2.5.1_Forces on Curved Surfaces Immersed in Fluid at rest
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2.5.2_Example Problem
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2.5.3_Concept of Imaginary Surface
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2.5.4 to 2.5.6_Standard Problems
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2.6 BUOYANCY
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2.6.1_Fundamentals of Buoyancy
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2.6.2 to 2.6.8_Standard Problems
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2.7 STABILITY OF UNCONSTRAINED BODIES IN FLUID
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2.7.1_Introduction
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2.7.2_Stability of Fully Submerged Bodies
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2.7.3_Stability of Partially Submerged Bodies
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2.7.4_Standard Problem
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2.8 FLUID UNDER RIGID BODY MOTION / RELATIVE EQUILIBRIUM
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2.8.1_An open tank containing a liquid that is subjected to a uniform acceleration in horizontal direction
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2.8.2_Calculation of Maximum acceleration for no spill and calculation of spilled volume
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2.8.3_Rotating open cylindrical tank
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2.8.4_Calculation of maximum angular velocity for no spill and calculation of spilled volume
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2.9 TO 2.13 GATE PROBLEMS
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Chapter 3: Fluid Kinematics
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3.1 FUNDAMENTALS
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3.1.1_Understanding Kinematics
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3.1.2_Description of Fluid Flow_Lagrangian & Eulerian Approach
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3.1.3_Variation of Flow Parameters with space and time_Stead v/s Unsteady Flows and Uniform v/s Non-uniform Flows
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3.1.4_Flow visualization_Concept of Streamlines, Pathlines and Streaklines
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3.2 FLUID TRANSLATION, ROTATION AND DEFORMATION – I
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3.2.1_Acceleration of Fluid Particle in a Velocity Field
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3.2.2_Linear Deformation of Fluid Element
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3.3 FLUID TRANSLATION, ROTATION AND DEFORMATION – II
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3.3.1_Angular deformation and concept of angular velocity
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3.3.2_Vorticity
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3.3.3_Concept of Rotational and Irrotational Flows
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3.4 STREAM FUNCTION AND VELOCITY POTENTIAL
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3.4.1_Stream function and its physical interpretation
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3.4.2_Velocity potential and its physical interpretation
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3.4.3_Relationship between Stream function and Velocity potential
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3.4.4_Conditions for Ir-rotational Flows
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3.5 SOME STANDARD PROBLEMS ON FLUID KINEMATICS
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3.5.1 to 3.5.4_Standard Problems
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3.6 to 3.8 GATE PROBLEMS
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Chapter 4: Integral form of Conservation Equations
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4.1 FUNDAMENTALS OF REYNOLDS TRANSPORT THEOREM
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4.1.1_Need for Reynolds Transport Theorem (RTT)
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4.1.2_Intensive and Extensive Properties
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4.1.3_Understanding discharge and mass flow rate
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4.2 APPLICATION OF RTT TO CONSERVATION OF MASS
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4.2.1_Integral form of Continuity Equation
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4.3 APPLICATION OF RTT TO CONSERVATION OF LINEARE MOMENTUM OR MOMENTUM THEOREM
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4.3.1_The principle of conservation of linear momentum applied to a control volume
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4.4 APPLICATION OF RTT TO CONSERVATION OF ANGULAR MOMENTUM
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4.4.1_The principle of conservation of angular momentum applied to a control volume
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4.4.2_Standard Problem (Lawn Sprinkler)
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Chapter 5: Dynamics of Inviscid Flows – Fundamentals & Application
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5.1 PHYSICS OF EULER’S EQUATION – I
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5.1.1_Fundamental Equation of Motion for In-viscid Flow in Cartesian Coordinates
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5.2 PHYSICS OF EULER’S EQUATION – II
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5.2.1_Pressure Differential between two points in an Inviscid Flow Field
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5.2.2_Derivation of Bernoulli’s Equation and Its Assumption
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5.2.3_Physics behind Bernoulli’s Equation
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5.3 APPLICATION OF BERNOULLI’S EQUATION – I
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5.3.1_Hydraulic Siphon
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5.3.2_Flow Measurement – Venturimeter
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5.4 APPLICATION OF BERNOULLI’S EQUATION – II
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5.4.1_Orifice meter
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5.4.2_Concept of Static, Stagnation and Dynamic Pressure
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5.4.3_Pitot tube
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5.5 VORTEX FLOWS
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5.6 GATE PROBLEMS – I
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5.7 GATE PROBLEMS – II
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5.8 GATE PROBLEMS – III
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Chapter 6: Dynamics of Viscous Incompressible Flow
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6.1 SOME EXACT SOLUTION OF NAVIER STOKES EQUATION – I
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6.1.1_Introduction to Navier Stokes Equation
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6.1.2_Plane Poiseullie flow
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6.2 SOME EXACT SOLUTION OF NAVIER STOKES EQUATION – II
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6.2.1_Couette Flow
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6.3 SOME EXACT SOLUTION OF NAVIER STOKES EQUATION – III
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6.3.1_Hagen Poiseullie Flow
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6.4 VISCOUS FLOW THROUGH PIPES
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6.4.1_Minor Losses
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6.4.2_Losses due to sudden expansion
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6.4.3_Exit Loss
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6.4.4_Losses due to sudden contraction
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6.4.5_Entry Loss
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6.4.6_Losses in pipe bends
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6.4.7_Flow through branched pipes
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6.5 GATE PROBLEMS
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Chapter 7: Boundary Layer Theory
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7.1 BOUNDARY LAYER THEORY – I
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7.1.1_Introductory Concepts
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7.1.2_Boundary Layer Equations
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7.1.3_Blausius Exact Solutions
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7.2 BOUNDARY LAYER THEORY – II
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7.2.1_Displacement Thickness
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7.2.2_Momentum Thickness
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7.2.3_Von Karman Momentum Integral Equation
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7.2.4_Derivation of profile based results
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7.2.5_Overall drag coefficient
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7.3 BOUNDARY LAYER THEORY – III
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7.3.1_Boundary Layer Theory for Turbulent Flows
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7.3.2_Results – Summary
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7.3.3_Standard Problems
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7.3.4_Boundary Layer Separation
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7.3.5_Forces on body immersed in fluid under motion
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7.3.6_Cricket ball dynamics
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7.4 GATE PROBLEMS OF BOUNDARY LAYER THEORY
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Chapter 8: Principle of Similarity and Dimensional Analysis
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8.1 DIMENSIONAL ANALYSIS & PRINCIPLE OF SIMILARITIES – I
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8.1.1_Dimension Analysis-Importance of dimension analysis
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8.1.2_Buckingham π theorem
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8.1.3_Interpretation of results
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8.2 DIMENSIONAL ANALYSIS & PRINCIPLE OF SIMILARITIES – II
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8.2.1_Principle of similarities: Concept and size of similarities
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8.2.2_Different forces acting on fluid
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8.2.3_Dimensionless Numbers
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8.2.4_Applications in different cases
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8.2.5_Standard problem
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Chapter 9: Turbulent Flow
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9.1_Introduction
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9.2_Reynold’s Experiment
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9.3_Physics of Reynold’s number
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9.4_Statistical Description of turbulent flows
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Chapter 10: Fluid Machines
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10.1.1_Reynolds Transport Theorem Applied to Law of Conservation of Angular Momentum
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10.1.2_Lawn Sprinkler
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10.1.3_Introduction and Classification of Fluid Machines
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10.1.4_Different Components of Velocity
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10.2 FLUID MACHINES – II
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10.2.1_Fundamental Equation of Energy Transfer in Rotodynamic Machines
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10.2.2_Velocity Diagrams
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10.2.3_Different Components of Energy Transfer
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10.2.4_Physical Interpretation of Different Components of Energy Transfer
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10.2.5_Degree of Reaction
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10.3 FLUID MACHINES – III
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10.3.1_Impulse hydraulic turbine: The Pelton Wheel/Pelton Turbine
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10.3.2_Analysis of Pelton Bucket
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Standard Problems
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10.4 FLUID MACHINES – IV
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10.4.1_Reaction Hydraulic Turbine: Francis Turbine
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10.4.2_Analysis of Francis Runner
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10.4.3_Standard Problem on Francis Turbine
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10.4.4_Reaction hydraulic turbine: Kaplan turbine
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10.4.5_Standard Problem on Kaplan Turbine
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10.5 FLUID MACHINES – V
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10.5.1_Laws of similarities
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10.5.2_Concept of specific speed
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10.5.3_Comparison of turbines
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10.6 FLUID MACHINES – VI
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10.6.1_Centrifugal Pump – Introduction
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10.6.2_Velocity Diagram for Centrifugal Pump Impeller
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10.6.3_General Pumping System
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10.6.4_Thomas Cavitation Parameter
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10.6.5_Manometric Efficiency
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10.7 GATE PROBLEMS
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Chapter 11: Basics of Compressible
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11.1 Basics of Compressible
00:00
E-Book – Fluid Mechanics
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E-Book
Practice Set – Fluid Mechanics
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Practice Set 1
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Practice Set 2
Applied Mechanics part -2
Chapter 1: Introduction of Strength of Materials (SOM)
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Introduction of Strength of Materials (SOM)
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Chapter 2: Load & Its Effect
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2.1 Load & Its Effect Part 1
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2.2 Load & Its Effect Part 2
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2.3 Load & Its Effect Part 3
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2.4 Load & Its Effect Part 4
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2.5 Load & Its Effect Part 5
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2.6 Load & Its Effect GATE Questions
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Chapter 3: Basic Concept of SOM
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3.1 Basic Concept of SOM Part 1
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3.2 Basic Concept of SOM Part 2
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3.3 Basic Concept of SOM Part 3
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3.4 Basic Concept of SOM Part 4
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3.5 Basic Concept of SOM GATE Questions
00:00
Chapter 4: Axial Stress
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4.1 Axial Stress (Bars in Series)
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4.2 Axial Stress (Elongation of Different Sections)
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4.3 Axial Stress (Bars in Parallel)
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4.4 Axial Stress (Thermal Stress)
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4.5 Axial Stress and Thermal Stress GATE Questions
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Chapter 5: Bending Stress
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5.1 Bending Equation
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5.2 Examples Based on Bending Equation
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5.3 Beam of Uniform Strength & Bending of Wire
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5.4 Bending Stress GATE Questions
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Chapter 6: Direct Shear Stress
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6.1 Direct Shear Stress & Its Distribution
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6.2 Examples on Direct Shear Stress
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6.3 Shear Center
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6.4 Direct Shear Stress GATE Questions
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Chapter 7: Pure Torsion
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7.1 Torsion Equation
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7.2 Examples on Pure Torsion
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7.3 Pure Torsion (Bars in Series & Parallel)
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7.4 Pure Torsion GATE Questions
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Chapter 8: Combined Stress and Strain
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8.1 Combined Stress and Strain Part 1
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8.2 Combined Stress and Strain Part 2
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8.3 Examples Based on Combined Stress and Strain
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8.4 Theory of Failure
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8.5 Mohr’s Circle
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8.6 Combined Stress and Strain GATE Questions
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Chapter 9: Column & Pressure Vessel
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9.1 Cylindrical & Spherical
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9.2 Column & Struts
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9.3 Pressure Vessel & Column GATE Questions
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Chapter 10: SFD and BMD
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10.1 Beam Load & Support
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10.2 Examples on Reaction Calculation
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10.3 Shear Force & Bending Moment
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10.4 Examples on Shear Force & Bending Moment
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10.5 SFD & BMD GATE Questions
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Chapter 11: Slope & Deflection
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11.1 Slope & Deflection Part 1
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11.2 Examples on Slope & Deflection Part 2
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11.3 Slope & Deflection Part 3
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11.4 Slope & Deflection GATE Questions
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E-Book – Applied Mechanics PART-2 (Strength of Materials )
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E-Book
Practice Set – Applied Mechanics PART-2 (Strength of Materials )
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Practice Set 1
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Practice Set 2
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