Production Engineering Preparation

Basics of Materials Engineering

Introduction

33:09
Material Property Landscape

19:37
Crystal Structure – 1 (Platonic Solids)

26:17
Crystal Structure – 2 (Unit Cell, Lattice, Crystal)

11:49
Crystal Structure – 3 (Bravais lattice, Symmetry in Crystals)

15:54
Crystal Structure – 4 (Miller Indices for Crystallographic Points and Directions)

15:41
Crystal Structure – 5 (Miller-Bravais Indices, Linear and Planar Density)

22:56
Crystal Structure – 6 (Planar desnity, Close-Packed Structures, Stacking Faults)

23:50
Crystal Structure – 7 (Single Crystal and Polycrystalline Materials)

11:59
Crystal Structure – 8 (X-Ray Diffraction and Determination of Structure)

09:49
Defects in Crystalline Materials – 1 (Types of Crystalline Defects)

12:50
Defects in Crystalline Materials – 1 (Point Defects)

06:50
Defects in Crystalline Materials – 1 (Equilibrium Concentration of Vacancies)

17:38
Defects in Crystalline Materials – 1 (Theoretical Shear Strength)

09:00
Defects in Crystalline Materials – 2 (Effect of Point Defects)

20:28
Defects in Crystalline Materials – 2 (Point Defects and Solid Solutions)

25:34
Defects in Crystalline Materials – 3

31:48
Defects in Crystalline Materials – 4 (Slip Systems, Burger’s Vector )

22:20
Defects in Crystalline Materials – 4 (Slip in Single Crystals )

22:05
Defects in Crystalline Materials – 5 (Different Stages of Slip )

26:46
Defects in Crystalline Materials – 5 (Geometry & Slip, Stress Field Around )

14:45
Defects in Crystalline Materials – 6 (Twinning, Interfacial Defects )

19:22
Defects in Crystalline Materials – 6 (Strengthening Mechanisms)

21:30
Defects in Crystalline Materials – 7 (Plastic deformation)

18:32
Mechanical Properties of Materials (Concept of Stress Tensor)

20:58
Mechanical Properties (Tension Test-Elastic Deformation)

25:20
Mechanical Properties (Tension Test – Plastic Deformation)

21:14
Mechanical Properties (Tension Test – Plastic Deformation)

40:13
Mechanical Properties (Hardness Test)

20:48
Static Failure Theories (Introduction, Definition of Failure)

27:18
Static Failure Theories (General form of failure theory)

45:53
Static Failure Theories (Distortion Energy Theory)

45:06
Static Failure Theories (Maximum Shear Stress Theory)

12:01
Static Failure Theories (Design Problems)

10:43
Static Failure Theories (Failure of Brittle Materials)

07:28
Static Failure Theories (Coulomb-Mohr and Modified Coulomb-Mohr)

29:04
Static Failure Theories (Notches and Stress Concentration)

19:48
Introduction to Fracture Mechanics, Griffith’s Analysis of a Cracked Body

43:25
Fracture Mechanics (Energy Release Rate)

25:44
Fracture Mechanics (Crack Resistance, Stress Intensity Factor)

20:44
Fatigue Failure of Materials (Introduction, Historical Events, S-N Diagram)

39:53
Fatigue Failure of Materials (S-N Diagram, Types of Time Varying Loads)

18:56
Fatigue Failure of Materials (High Cycle Fatigue, Low Cycle Fatigue)

25:24
Fatigue Failure of Materials (Rotating Beam Bending Test)

31:34
Fatigue Failure Theories (Fatigue strength correction factors)

30:06
Problems on Fatigue Failure -1 S N diagram and Corrected endurance strength

37:12
Fatigue Failure of Materials (Features of Fatigue Failure)

18:14
Fatigue Failure of Materials (Effect of Mean Stress)

13:39
Fatigue Failure of Materials (Multiaxial Fatigue and Variable Amplitude Loading)

17:14
Fatigue Failure of Materials (Fatigue Stress Concentration Factor)

21:39
Fatigue Failure of Materials (Fatigue Crack Growth, Paris’ law)

26:51
Problems on Fatigue Failure – 2 Effect of mean stress, Fatigue crack growth

34:29
Problems on Fatigue Failure – 3 (Effect of Notch, Multiaxial Loading)

01:05:31
Phase Diagrams (Introduction)

12:40
Phase Diagrams (Language of Phase Diagrams, Types of Binary Phase Alloys)

32:35
Phase Diagrams (Tie line, Lever Rule)

27:27
Phase Diagrams (Type 1: Isomorphous Alloys)

22:33
Phase Diagrams (Congruent Melting Alloys, Type II Alloys, Eutectic Reaction)

39:13
Phase Diagrams (Type III Alloys with Partial Solubility in Solid State)

31:21
Phase Diagrams (Congruent melting alloys, Peritectic Reaction, Monotectic Reaction)

38:55
Phase Diagrams (Allotropy, Eutectoid and Peritectoid Reactions)

13:06
Phase Diagrams (Iron-Iron Carbide Phase Diagram)

41:19
Kinetics of Phase Transformations (Homogeneous Nucleation)

35:50
Kinetics of Phase Transformations (Heterogeneous Nucleation)

17:51
Isothermal Transformation Diagram

33:21
Martensite Transformation, C-C-T Diagram

37:51
Heat Treatment of Steels (Annealing and Normalizing)

25:24

Core – Applied Mechanics

Theory of Machines

Introduction-Mechanisms

05:44
Kinematic Pairs

05:21
Constrained Motion

03:28
Kinematic Chain

02:32
Degree Of Freedom

04:56
Grashof’s Law

01:26
Numerical On Degree Of Freedom

05:26
Concept Of Relative Velocity

08:50
Relative Velocity Of Points On Same Link

03:44
Velocity Analysis Of 4 Bar Mechanism

04:38
Instantaneous Centre Method

06:22
Types Of Instantaneous Centres

06:19
Arnold-Kennedy Theorem

02:23
Angular Velocities Of Link

03:39
Total Acceleration Of A Link

03:49
Absolute Acceleration Of A Link

03:09
Acceleration Analysis For A 4 Bar Chain

04:39
Coriolis Acceleration

05:46
Angular Velocity Radio Of A Flat Belt

04:39
Effect Of Slip

04:53
Length Of Open Belt

08:26
Length Of Cross Belt

05:23
Ratio Of Belt Tensions

04:56
Centrifugal Tension

03:21
Condition for Maximum Power Transmission

03:10
Problem 1 On Belts

06:28
Problem 2 On Belts

05:20
Ratio Of Tension In V-Belts

04:49
Problem On V-Belts

08:23
Chain Drive

04:19
Problem On Chain Drive

05:28
Rope Drive

02:49
Problem 1 On Chain Drive

04:42
Types Of Cams And Followers

06:19
Follower Motion-Simple Harmonic Motion (SHM)

09:27
Follower Motion-Uniform Acceleration and Deceleration

03:11
Follower Motion With Uniform Velocity

02:30
Follower Motion Parabolic Motion

06:41
Cycloidal Motion

05:05
Problem 1 On Cams

05:28
Problem 2 On Cams

05:54
Problem 3 On Cams

03:50
Theory of Machines Types Of Gears

07:49
Gear Terminology

11:31
Law Of Gearing

09:23
Tooth Profile

05:19
Problem 1 On Gears

04:08
Problem 2 On Gears

04:04
Gear And Gear Trains

10:07
Minimum Number Of Teeth-Pinion

03:29
Problem 3 On Gears And Gear Trains

04:25
Problem 4 On Gears And Gear Trains

06:33
Only One Gear On Each Shaft (Simple Gear Train)

04:01
Compound Gear Trains

05:18
Reverted Gear Train

02:12
Epicyclic Gear Train

03:12
Tabular Method For Epicyclic Gear Trains

03:05
Problem 1 On Gear Trains

04:11
Problem 2 On Gear Trains

03:24
Problem 3 On Gear Trains

05:25
Types Of Governors

02:16
Watt Governors

05:44
Porter Governor

07:59
Proell Governor

05:38
Problem On Walt Governor

03:13
Problem On Porter Governor

04:57
Problem On Proell Governor

05:40
Sensitiveness Governor

02:53
Stability Of A Governor

01:24
Hartnell Governor

12:07
Isochronism

00:48
Problem On Hartnell Governors

06:35
Balancing Of Single Rotating Mass

03:32
Balancing Of Single Rotating Mass By Two Balancing Mass

06:57
Many Masses Rotating In the Same Plane

05:34
Many Masses Rotating In Different Plane

09:50
Problem On Balancing

13:19
Balancing Of Reciprocating Engine

05:08
Partial Primary Balance

05:41
Processional Motion

08:59
Gyroscopic Couple For A Plane Disc

03:14
Problem 1 On Gyroscopic Motion

02:33
Problem 2 On Gyroscopic Motion

03:32
Problem 3 On Gyroscopic Motion

07:20
Gyroscopic Effects On An AeroPlane

04:07
Gyroscopic Effects On a Four Wheel Vehicle

08:55
Numerical On Gyroscopic Effect On Four Wheel Vehicle

10:10
Friction Introduction

06:24
Force Analysis Of Body Resting On A Horizontal Plane

03:43
Body Resting On Inclined Plane With Inclined Force

06:11
Body Resting On Inclined Plane With Horizontal Force

04:08
Efficiency On An Inclined Plane

06:18
Theory of Machines Screw Jack

05:32
Efficiency Of Screw Jack

04:20
Self Locking And Over Hauling Screw

02:40
Screw With V- Threads

01:51
Problem On Screw Jack

05:50
Problem On V-Threads

04:54
Flat Pivot Bearing – Uniform Pressure

03:46
Flat Pivot Beaming Uniform Wear

03:17
Problem 1 On Flat Pivot Bearing

03:29
Problem 1 On Flat Pivot Bearing

03:29
Problem 2 On Flat Pivot Bearing

04:45
Motion Analysis Of Reciprocating Mechanism

06:29
Velocity Of Piston Velocity Of Piston

02:47
Acceleration Of Piston

02:01
Angular Velocity Of Connecting Rod

02:30
Angular Acceleration Of Connecting Rod

04:50
Problem On Inertia Force

04:26
Equilibrium Forces In Out Stroke

04:47
Crank Effort

03:15
Turning Moment Diagram For A 4 Stroke Cycle

03:03
Determination Of Maximum Fluctuation Of Energy

03:57
Coefficient Of Fluctuation Of Energy

03:17
Coefficient Of Fluctuation Of Speed

02:44
Energy Stored In A Fly Wheel

05:09
Problem 1 On Fly Wheel

03:23
Problem 2 On Fly Wheel

04:24
Problem 3 On Fly Wheel

07:15
Problem 4 On Fly Wheel

05:14
Single Block Or Shoe Brake

05:04
Pivoted Shoe Brake

10:03
Double Shoe Brake

06:54
Simple Band Brake

02:04
Differential Band Brake

04:30
Braking Of A Vehicle

09:32
Problem 1 On Brakes

03:19
Problem 2 On Brakes

06:58
Problem 3 On Brakes

05:12
Single Plate Clutch

06:11
Single Plate Clutch – Uniform Wear

03:19
Cone Clutch – Uniform Pressure

07:23
Cone Clutch – Uniform Wear

02:50
Clutch example problem 1

07:18
Clutch example problem 2

03:45
Clutch example problem 3

05:01
Elements Of A Vibratory System

03:49
Types Of Vibration

04:36
Important Terms Used In Vibratory System

05:43
Newton’s Method

06:55
Spring Combinations

03:16
Torsional Vibrations

03:12
Free Damped Vibrations

06:34
Overdamped System

02:21
Critically Damped System

02:08
Under Damped Vibrations

02:53
Logarithmic Decrement

03:23
Forced Damped Vibrations

07:59
Forced Vibrations Due to Rotational Unbalance

03:33
Mechanical vibrations example problem 1

03:10
Mechanical vibrations example problem 2

03:02
Mechanical vibrations example problem 3

06:15
Mechanical vibrations example problem 4

03:49
Mechanical vibrations example problem 5

03:50

Fluid Mechanics

Thermodynamics

Basic concepts and definitions – Part 1

19:50
Basic concepts and definitions – Part 2

20:24
Basic concepts and definitions – Part 3

37:26
Basic concepts and definitions – Part 4

14:24
Tutorial problems on exact and inexact differential

12:33
Work – Part 1

19:09
Work – Part 2

13:44
Work – Part 3

17:13
Work – Part 4

28:38
Work – Part 5

13:18
Tutorial problem on ‘Work’ – Part 1

15:02
Tutorial problem on ‘Work’ – Part 2

18:47
Tutorial problem on ‘Work’ – Part 3

13:55
Tutorial problem on ‘Work’ – Part 4

13:39
Zeroth law of thermodynamics

14:04
Methods of temperature measurement

15:35
Modes of heat transfer

21:17
Tutorial problem on ‘Modes of heat transfer

09:04
Tutorial problem on ‘Methods of temperature measurement

18:36
First law of thermodynamics

29:00
Tutorial problem

10:02
Tutorial problem

18:48
Heat and work interactions for a system

11:27
Tutorial problem – Part 1

07:36
Pure substance

15:00
Tutorial problem – Part 2

15:01
Ideal gas – Part 1

11:29
Ideal gas – Part 2

22:18
Tutorial problem – Part 3

19:49
Tutorial problem – Part 4

16:24
Tutorial problem – Part 5

06:32
Specific heats at constant pressure and constant volume

11:59
Tutorial problem – Part 6

07:39
Tutorial problem – Part 7

12:53
Ideal gas – Part 3

07:05
Ideal gas – Part 4

16:30
Ideal gas – Part 5

14:33
Tutorial problem – Part 1

13:52
Tutorial problem – Part 2

24:18
Tutorial problem – Part 3

19:01
Tutorial problem – Part 4

18:26
Beyond ideal gases – Part 1

19:45
Beyond ideal gases – Part 2

14:18
Two phase system – Part 1

21:40
Two phase system – Part 2

38:01
Two phase system: water and steam

30:16
Tutorial problems (2 numbers)

37:13
Tutorial problem – Part 1

34:08
Tutorial problem – Part 2

16:30
Tutorial problem – Part 3

11:58
Tutorial problems on two-phase systems(2 numbers)

33:14
Tutorial problem (1 number)

23:08
Rate equation of the first law of thermodynamics for a control mass and a control volume

34:02
Energy equation for a steady-state, steady-flow process in selected engineering devices

38:09
Tutorial problems (3 numbers)

34:02
Tutorial problem – Part 1

14:32
Tutorial problem – Part 2

19:45
Quasi-static process revisited: Work against an external force

17:35
Second law of thermodynamics: limitations of the first law of thermodynamics

16:42
Second law of thermodynamics: direct and reverse heat engine

35:47
Second law of thermodynamics: Kelvin-Planck and Clausius statements

11:31
Second law of thermodynamics: reversible process

12:40
Second law of thermodynamics: Carnot’s cycle and theorems

24:34
Second law of thermodynamcis: absolute temperature scale

17:38
Tutorial problems (2 numbers)

15:19
Tutorial problem (1 number)

16:03
Tutorial problem (1 number)

28:52
Tutorial problem (2 numbers)

12:38
Second law of thermodynamics: Clausius’s inequality

18:35
Entropy – Part 1

30:23
Tutorial problem (1 number)

15:09
Entropy – Part 2

18:35
Entropy – Part 3

38:54
Entropy – Part 4

23:55
Tutorial problem (1 number)

19:59
Tutorial problem (1 number)

13:53
Tutorial problems (2 numbers)

24:11
Entropy – Part 5

14:50
Entropy – Part 6

27:59
Entropy – Part 7

18:33
Exergy – Part 1

11:57
Exergy – Part 2

18:12
Exergy – Part 3

24:10
Thermodynamics cycles: Rankine cycle

31:37
Tutorial problem (1 number)

33:44
Thermodynamics cycles: Brayton cycle

24:56
Tutorial problem (1 number)

11:40
Thermodynamics cycles: vapor compression refrigeration cycle

25:16
Tutorial problem (1 number)

25:14

Heat Transfer

Introduction to Heat Transfer

34:19
Introduction to Heat Transfer (Contd.)

35:16
Heat Diffusion Equation

32:22
Relevant Boundary Conditions in Conduction

46:30
One Dimensional Steady State Conduction

38:37
Temperature Distribution in Radial Systems

36:43
Tutorial Problem on Critical Insulation Thickness

37:11
Heat Source Systems

33:43
Tutorial Problems of Heat Generating Systems

40:09
Transient Conduction

43:25
Lumped Capacitance (Contd.) and Tutorial Problem

34:47
Transient heat Conduction

33:33
Transient Conduction – Heisler Chart

40:23
Heat Transfer from Extended Surface

42:08
Fins and General Conduction Analysis

43:13
Fundamentals of Convection

45:14
Equations of Change for Non-isothermal Systems

39:28
Equations of Change for Non-isothermal Systems – continued

37:53
Tutorial on the Application of Energy Equation

34:07
Nusselt Number of a heated sphere in Stagnant Air

35:29
Momentum and Thermal Boundary Layers

25:03
The Flat Plate in Parallel Flow – Hydrodynamics and Momentum Transfer

33:18
The Flat Plate in Parallel Flow – Heat Transfer

33:28
The Effects of Turbulence

37:47
Turbulent External Flow

35:27
Heat and Momentum Transfer Analogy

40:37
Mixed Boundary Layers

32:31
Tutorial Problem on External Flow and Behavior of Heat Transfer Coefficient

32:40
Tutorial Problem in External Flow and Convection

41:01
Tutorial Problem in External Flow and Convection

31:17
Tutorial Problem in External Flow and Convection

31:19
Internal Flow Heat Transfer

40:37
Internal Flow Heat Transfer (contd.)

33:21
Internal Flow Heat Transfer (Contd.)

39:25
Internal Flow and Heat Transfer (Contd.)

37:56
Internal Flow and Heat Transfer (Tutorial)

37:06
Free Convection

38:04
Heat Exchangers

32:32
Heat Exchangers

36:22
Heat Exchangers (Contd.)

31:52
Tutorial Problems on Heat Exchanger Calculations

37:43
Tutorial Problem on LMTD and Dirt Factor

30:09
Epsilon-NTU Method – 1

37:07
Epsilon-NTU Method – 1 (Continued)

34:47
Tutorial Problems on Epsilon – NTU Methods

30:55
Tutorial Problems on Epsilon – NTU Methods

30:20
Boiling, Evaporation and Evaporators

41:19
Radiation – Fundamental Concepts

35:11
Spectral Blackbody Radiation Intesity and Emissive Power

34:18
Wein’s Law, Stephen Boltzmann Law, Blackbody Radiation Function, Tutorial Problem

35:41
Kirchhoff’s Law

39:27
Tutorial on Emissivity, Absroptivity and Blackbody Radiation Functions

39:38
Solar Radiation and the Concept of View Factors

36:44
Determination of View Factors

33:18
Radiosity Blackbody Radiation Exchanges, Relevant Problem

35:04
Network Method for Radiation Exchange in an Enclosure

30:46
Network Method – Two and Three Zone Enclosures

32:10
Tutorial Problem on Radiation Exhange using the Network Method

31:28
Radiation Shields

35:12
Gaseous Radiation (Participating Medium)

37:48

Casting

Metal Forming

Joining Technologies for metals

Introduction: Manufacturing and Joining

42:20
Fundamental mechanisms of Joining

30:10
Classification of Joining Processes

34:41
Heat Generation in Welding

29:58
Protection of Weld Metal

31:34
Principle of Fusion Welding Processes: Gas Welding

31:10
Fundamentals of Welding

32:44
Physics of Welding Arc

30:15
Shielded Metal Arc Welding

32:43
Gas Tungsten Arc Welding

34:28
Newer variants of Gas tungsten arc welding

28:49
Gas metal arc welding

32:06
Submerged arc welding

30:41
Electro-slag and Electro-gas welding

31:38
Laser beam welding

33:47
Brazing

28:10
Soldering and braze welding

29:28
Fundamentals of resistance welding

28:35
Resistance welding processes: spot and seam welding

34:19
Flash butt welding

29:47
Adhesive joining

32:47
Weld bonding

35:39
Solid state joining technologies: Fundamentals

34:16
Ultrasonic welding

28:33
Diffusion welding

33:05
Explosive welding

29:06
Magnetic pulse welding

31:16
Weld thermal cycle

34:05
Heat affected zone and weld thermal cycle: I

34:39
Heat affected zone and weld thermal cycle: II

29:48
Solidification of weld metal

36:19
Fundamentals of weldability of metals

32:48
Weldability of carbon and alloys steels: Fe-C, CCT

31:36
Weldabiliity of stainless steels

33:58
Metallurgical transformations in weld and heat affected zone of steels

30:56
Weldability of aluminium alloys

37:53
Solidification cracking and their control

35:33
Residual Stresses in Weld Joints

32:26
Cracking of Welded Joints I: Solidification and liquation Cracks

37:05
Cracking of Welded Joints II: Cold Cracks

30:16

Powder processing

Introduction to Powder Metallurgy

33:35
Powder Fabrication Methods: Mechanical Fabrication

27:28
Powder Fabrication Methods: Mechanical and Electrolytic Fabrication

33:07
Powder Fabrication Methods: Chemical Fabrication

27:55
Powder Fabrication Methods: Atomization

27:19
Gas atomization

27:55
Water Atomization

30:20
Centrifugal Atomization

30:51
Comparison of Atomization techniques

31:00
Nucleation and Growth

27:09
Thermodynamics and Kinetic of Solidification

28:30
Microstructure Control

27:38
Microstructure control: Effect of process parameters

28:27
Dendritic growth in pure metals

31:51
Dendritic growth in alloys

29:20
Crystalline and Amorphous structures

27:41
Crystalline vs Amorphous

31:22
T-T-T diagram: Formation of Amorphous solids

31:27
Effect of particle size on microstructure

30:38
Powder Characterization

31:47
Basis for particle size measurement

27:59
Measurement of particle size and size distribution

28:25
Particle size distribution

25:36
Dynamic Light Scattering -1

31:50
Dynamic Light Scattering -2

32:26
Particle size measurement – Other methods

25:43
Surface Area Analysis -1

31:44
Surface Area Analysis -2

28:57
BET Surface Area Analysis

32:52
Interparticle friction

36:25
Powder packing

28:50
Powder mixing and blending

28:44
Powder Lubrication & Coating

34:52
Powder compaction – 1

30:26
Powder compaction -2

29:34
Powder compaction -3

32:41
Cold Isostatic Pressing & Powder Injection Molding

28:53
Powder Injection Molding – 2

26:58
Slurry Techniques

29:13
Tape casting

29:58
Sintering – 1

32:43
Sintering-2

27:52
Sintering-3

30:12
Sintering-4

28:57
Sintering – 5

29:53
Sintering-6

30:25
Sintering-7

27:13
Sintering-8

32:49
Sintering-9

31:39
Sintering-10

28:29
Liquid Phase Sintering – 1

30:21
Liquid Phase Sintering – 2

29:49
Liquid Phase Sintering – 3

27:48
Liquid Phase Sintering – 4

30:59
Liquid Phase Sintering – 5

29:52
Full Density Processing – 1

32:18
Full Density Processing – 2

29:37
Full Density Processing – 3

29:02
Full Density Processing – 4

28:37
Spark Plasma Sintering (SPS)

34:18
Effect of particle size on microstructure

30:26
Sintering-1

32:43
Sintering-3

30:12
Sintering-4

28:57
Sintering-5

29:53
Liquid Phase Sintering – 4

30:59

Polymers and Composites

Computer Aided Design and Manufacturing

An Introduction to CAD

51:14
Input Output Devices, Raster Graphics

54:03
Raster Graphics – I

52:33
Raster Graphics – II

54:27
Polygon Filling

50:11
Windowing and Clipping

52:11
Clipping of Polygons

44:24
2D Transformations

53:57
3D Transformations and Projection

52:07
Perspective Projections

51:54
Projections and Hidden Surface Removal

51:40
Hidden Surface Removal

51:31
Hidden Surface Removal

46:44
Hidden Surface Removal

32:24
Finite Element Method : An Introduction

53:40
Galerkin’s Approach

46:01
Galerkin’s Method : 1D Finite Element Method

53:07
1D Finite Element Problems

45:58
1D Finite Element Problems

51:54
FE Problems : Solving for Q

49:28
1D – FE Problems : Galerkin’s Approach

50:03
Penalty Approach and Multi Point Boundary

44:56
Quadratic Shape Functions

49:20
2D – FE Problems

36:12
2D – FE Problems (Contd.)

48:47
3D – FE Problems

31:51
3D – Tetrahedral and 2D – Quadrilateral Element

33:23
Mesh Preparation

43:34
Modelling of Curves

49:16
Modelling of Curves (Contd. )

52:38
Modelling of Curves (Contd.)

49:57
Modelling of B-Spline Curves

50:25
Modelling of B-spline Curves

44:54
Surface Modelling

47:49
Surface Modelling (Contd.)

47:13
Display of Curves and Surfaces

42:33
Solid Modelling

46:28
Solid Modelling (Contd.)

47:03
Solid Modelling Using Octrees

29:19
Computer Aided Design

47:25
Computer Aided Manufacturing

50:05
What is CAD/CAM

50:11
An Overview of Geometric Modeling

56:19
Parametric Cubic Curve

50:52
Parametric Bezier Curve

01:01:11
B-Spline Curve

51:00
Parametric Surfaces-Part-1

58:17
Parametric Surfaces-Part-2

53:24
Solid Modeling

01:01:26
Geometric & Product Data Exchange

01:02:33
Reverse Engineering

55:21

Manufacturing Process I

Introduction to Manufacturing Process Tecnology

21:21
Structure of Matter (Bonding of Solids,Crystal Structures)

20:22
Brief introduction of non-conventional machining processes

16:01
Structure of matters (bonding of solids, crystal structures)

18:08
Elastic and Plastic Deformation

22:44
Crystal imperfaction and dislocation

23:34
Plastic Deformation

24:44
Material Properties , Stress Strain Diagram for differnt types of materials

21:47
Friction and Wear, Solid solutions

19:37
Equilibrium Phase Diagram

21:53
Iron-carbon equilibrium phase diagram

17:35
Control of material properties, Mechanical properties and Recrystallization

21:54
Introduction To Casting Process

21:05
Pattern and Mold Design

23:30
Mold Making Procedures

22:44
Fundamentals of Melting and Furnaces & Pouring and Gating Design

17:44
Vertical and Bottom Gating Systems Edit Lesson

19:31
Numerical Estimation To Find Mold Filling Time and Mold Design

17:46
Effects of friction and velocity distribution in time of filling

21:22
Numerical design of gating systems using frictional and bending losses

25:42
Principle of cooling and solidification in single and multiphase systems

20:47
Estimation of rate of solidification

25:26
Principles of cooling and solidification of casting

16:52
Modeling of Solidification Rates of Thin Casting in a Metal Mold

27:05
Solidification with Predominant Interface Resistance

20:08
Solidification with Constant Casting Surface Temperature

18:33
Solidification of Casting with Predominant Resistance in Mold and Solidified Metal

17:16
Solidification Time for Permanent Mold Casting

15:20
Solidification with Constant Casting Surface

20:55
Riser Design and Placement

29:25
Riser Design and Placement Part 2

22:46
Riser Design and Placement Part 3

20:00
Introduction of Machining Processes

17:53
Review of Basic Machining Processes and the Mechanics of Chip Formation

20:38
Estimation of Cutting Ratio and Shear Angle

15:49
Merchant’s Force Analysis

17:38
Merchant Theory (Cutting Forces Analysis)

21:36
Merchant Theory (Force analysis) Part-2

15:13
Lee Shaffer’s Solution

22:18
Specific Energy Model for Cutting

15:00
Modeling of Heat Generation and Cutting Tool Temperature

21:22
Temperature in Cutting and Builtup Edge Formation

25:20
Metal Cutting Operation

32:04
Tool life and Tool wear

40:37
Economics of Machining

38:40
Joining Process

30:40
Principle of Solid State Welding

26:55
Numerical Design of Welding Power Sources in Arc Welding

38:16

Manufacturing Process II

Instructional Objectives – I

01:01:11
Instructional Objectives – II

01:00:59
On Tool Geometry

01:03:18
Interrelations Among The Tool Angles

59:55
Mechanism of Chip Formation

54:09
Orthogonal and Oblique Cutting

01:00:43
Use of Chip Breaker in Machining

51:56
Machining Forces

01:00:02
Analytical and Experimental

52:26
Dynamometers for Measuring Cutting Forces

53:45
CTCEAC

57:52
CCTCFA

59:38
Concept of Machinability and its Improvement

53:43
Tool Life

55:13
Conventional Cutting Tool Maths

51:38
Advanced Tool Materials

53:18
Kinematics System of Centre Lathe

54:07
General Purpose Machine Tool Drills

58:29
Kinematic Systems and Operations

01:00:25
Configuration and Kinematic System

01:00:57
Mounting of jobs and Cutting Tools in Machine

01:00:24
Mounting of jobs and Cutting Tools in Machine

01:00:30
Construction,Operation and Tool Layout

59:16
Use of Attachments In Machine Tools

01:01:06
Forces Developing and Acting In Machine Tools

54:39
Estimation of Machining Time

01:01:43
Broaching – Principle Systems and Applications

01:00:44
Grinding Principle and Application

59:49
Abrasive Processes

59:50
Abrasive Processes (Grinding)

57:57
Superfinishing Processes

59:19
Production of Screw Threads

57:23
Gear Manufacturing

58:24
Jigs and Fixtures For Machine Shops

58:25
Design and Applications of Jigs and Fixtures

55:06
Non Traditional Manufacturing

01:00:39
Ultrasonic Machining

54:07
Water Jet Machining and Abrasive Water Jet

58:36
Electro – Chemical Machining

52:54
Electro – Discharge Machining

01:00:54
EBM and LBM

01:00:52

Engineering Metrology

Introduction

47:16
Instruments-I

31:49
Engineering Metrology | Instrument -II

30:50
Engineering Metrology | Definitions

39:25
Engineering Metrology | Standards

59:42
Limits,Fits,and Tolerance (Part 1 of 4)

50:25
Limits,Fits, and Tolerances(Part 2 of 4)

55:41
Limits, Fits, an Tolerances (Part 3 of 4)

46:23
Limits,Fits,and Tolerances (Part 4 to 4)

26:40
Linear Measurements (Part 1 of 2)

55:38
Linear Measurements (Part 2 of 2)

31:42
Laboratory demonstration:Vernier Caliper

39:05
Laboratory demonstration:Dial gauge and vernier,micrometer.

36:21
Angular Measurements (Part 1 of 2)

45:44
Angular Measurements (Part 2 of 2)

15:41
Laboratory demonstration:Vernier height gauge

23:42
Laboratory demonstration:Thread gauge,spirit level

24:42
Laboratory demonstration:Combination set,slip gauges,sine bar

39:58
Comparators (Part 1 of 2)

37:12
Comparators (Part 2 of 2)

18:05
Transducers (Part 1of 2)

55:39
Transducers (Part 2 of 2)

35:42
Screw Threads Metrology

56:25
Gears Metrology (Part 1 of 2)

59:12
Gears Metrology (Part 2 of 2)

17:13
Laboratory Demonstrations:Gear Vernier

24:13
Surface Metrology

40:33
Temperature Measurements

34:34
Pressure measurements (Part 1 of 2)

45:27
Pressure Measurements (Part 2 of 2)

19:46
Strain Measurements (Part 1 of 2)

29:47
Strain Measurements (Part 1 of 2)

29:47
Strain Measurements (Part 2 of 2)

46:25
Optical measurements and Nanometrology (Part 1 of 3)

25:32
Optical measurements and Nanometrology (Part 2 of 3)

26:06
Optical measurements and Nanometrology (Part 3 of 3)

31:43
Statistics in Metrology,an introduction (Part 1 of 2)

34:55
Statistics in Metrology, an intoduction (Part 2 of 2)

45:49
Data and scales in measurements

31:00
Discrete and continuous data

21:35
Statistics for metrology, fundamental concepts (part 1 of 3)

45:02
Statistics for metrology, fundamental concepts (part 2 of 3)

35:27
Statistics for metrology, fundamental concepts (part 3 of 3)

23:36
Probability distributions

49:57
Normal distribution

47:05
Statistics for proportions

21:31
Chi square distribution,and Data outlier detection

21:50
Quality Control, introduction

27:07
Quality Control, control charts for variables

33:12
Quality Control, control charts for attributes

36:32
Quality Control, critical aspects

22:26
3D measurements, Co-ordinate Measuring Machine (CMM)

24:34
Laboratory demonstration, Co-ordinate Measuring Machine (CMM)

41:07

Quality Design And Control

History and Evolution of Quality Control and Management

27:42
History and Evolution of Quality Control and Management

28:17
History and Evolution of Quality Control and Management

31:29
History and Evolution of Quality Control and Management

22:51
History and Evolution of Quality Control and Management

37:00
Management of Quality-I

33:16
Management of Quality-I

34:33
Management of Quality-I

29:38
Management of Quality-I

32:08
Management of Quality-I

35:31
Management of Quality-II

31:17
Management of Quality-II

32:00
Management of Quality-II

34:07
Management of Quality-II

29:55
Management of Quality-II

36:05
Statistical Process Control-I

38:53
Statistical Process Control-I

34:47
Statistical Process Control-I

35:12
Statistical Process Control-I

33:04
Statistical Process Control-I

36:26
Statistical Process Control-II

33:40
Statistical Process Control-II (Contd.)

36:06
Statistical Process Control-II (Contd.)

33:59
Statistical Process Control-II (Contd.)

34:44
Statistical Process Control-II (Contd.)

35:03
Process Capability Analysis

32:59
Process Capability Analysis (Contd.)

31:02
Process Capability Analysis (Contd.)

33:11
Process Capability Analysis (Contd.)

32:34
Process Capability Analysis (Contd.)

34:01
Acceptance Sampling-I

31:02
Acceptance Sampling-I

34:20
Acceptance Sampling-I

33:33
Acceptance Sampling-I (Contd.)

35:51
Acceptance Sampling-I (Contd.)

32:00
Acceptance Sampling-II

33:24
Acceptance Sampling-II (Contd.)

31:47
Acceptance Sampling-II (Contd.)

31:18
Acceptance Sampling-II (Contd.)

32:56
Acceptance Sampling-II (Contd.)

32:36
Design for Reliability-I

31:08
Design for Reliability-I (Contd.)

33:18
Design for Reliability-I (Contd.)

32:08
Design for Reliability-I (Contd.)

31:39
Design for Reliability-I (Contd.)

32:14
Design for Reliability-II

34:38
Design for Reliability-II (Contd.)

31:08
Design for Reliability-II (Contd.)

34:23
Design for Reliability-II (Contd.)

32:11
Design for Reliability-II (Contd.)

30:06
Quality by Experimental Design

33:11
Quality by Experimental Design (Contd.)

35:25
Quality by Experimental Design (Contd.)

31:53
Quality by Experimental Design (Contd.)

32:32
Quality by Experimental Design (Contd.)

33:14
Robust Design and Taguchi Method

31:15
Robust Design and Taguchi Method (Contd.)

29:36
Robust Design and Taguchi Method (Contd.)

32:18
Robust Design and Taguchi Method (Contd.)

29:07
Robust Design and Taguchi Method (Contd.)

33:11

Industrial Engineering

Introduction

28:09
Introduction: Developments, Objectives, and Functions

38:19
Introduction: Functions and Tools

38:54
Tool of IE and Organizational Structure

31:25
Organizational Structure

31:22
Organizational Structure: Roles

30:44
Organizational Structure: Types

30:56
Organizational Structure: Product Strategies

30:55
Organizational Structure: Process & Product Organization

29:13
Organizational Structure and Culture

33:47
Organizational Structure: Principles

27:23
Plant Location & Layout: Selection of Site

39:56
Plant Location & Layout: Factor Affecting Selection of Site

32:53
Plant Location & Layout: Methods for Selection of Site

29:59
Plant Location & Layout: Methods for Selection of Site II

31:01
Plant Location & Layout: Methods for Selection of Site III

28:23
Plant Location & Layout: Methods for Selection of Site IV

30:36
Plant Layout: Purpose and Types of Layout

33:28
Plant Layout: Types of Layout

29:57
Plant Layout: Cellular and Process Layout

29:19
Plant Layout: Process Layout Design

34:20
Plant Layout: Process Layout Design II

34:09
Plant Layout: Product Layout Design

38:25
Organization of Facility

29:26
Organization of Facility & Material Handling

36:46
Material Handling

34:01
Production Planning and Control: Scope

29:19
Production Planning and Control: Scope II

31:13
Production Planning and Control: Capacity Planning

30:04
Production Planning and Control: Capacity Planning & Scheduling

26:44
Production Planning and Control: MRP, Routing, Scheduling

30:14
Production Planning and Control: Scheduling

32:17
Production Planning and Control: Priority Sequencing

31:31
Production Planning and Control: Priority Sequencing II

26:38
Production Planning and Control: Relative Performance of Priority Sequencing Rules

35:09
Inventory: Fundamentals

29:13
Inventory: Models

31:25
Inventory: Models II

37:12
Inventory: Wilson Model

33:11
Inventory: Gradual Replenishment Model

32:43
Project Management & Network Modelling: Introduction

33:00
Network Modelling: PERT

32:09
Network Analysis: PERT

47:41
Network Analysis: PERT II

29:21
Network Analysis: Crashing Network and CPM

34:01
Network Analysis: Critical Path Method

35:33
Forecasting: Introduction

32:16
Forecasting: Methods

31:41
Forecasting: Methods II

32:03
Forecasting: Methods III

31:32
Forecasting: Methods IV

31:19
Forecasting: Methods V

31:06
Quality Control: Introduction

32:11
Quality Control: Fundamentals

37:59
Quality Control: SPC

28:23
Quality Control: SPC II

29:29
Quality Control: Control Charts

30:06
Quality Control: Control Charts II

37:02
Quality Control: Control Charts for Attributes

35:25
Productivity & Work Study

31:53

Product Design and Development

Work System Design

Work System Design: Introduction

30:04
Work Study: Basic Concept

31:58
Techniques of Work Study

38:06
Flow Process Charts

36:29
Flow Process Charts: Examples

32:43
Two-Handed-Process Charts

36:06
Multiple Activity Charts

34:51
Operation Process Charts: Examples

34:38
Operation Process Charts

35:41
Method Study: Recording Techniques

39:00
Method Study: Steps

33:12
Method Study: Basic Concept

38:14
Human Aspects of Work Study

36:31
Concept of Work Content

34:39
Steps Involved in Work Study

34:52
Case Study on Productivity

35:34
Numerical Problems on Productivity

28:57
Productivity Improvement Technique

35:27
Causes of Low Productivity

31:57
Factors Influencing Productivity

25:58
Productivity Measurement Models

28:34
Productivity Measures

26:56
Measurement of Productivity

35:27
Introduction and Concept of Productivity

33:06
Development and Selection of New Method

31:46
Critical Examination Techniques

38:09
Installation and Maintenance of Improved Methods

30:33
Memo-Motion Study

30:07
SIMO Charts

33:38
Therbligs

38:25
Micro-Motion Study

33:35
Principles of Motion Economy

30:19
String Diagrams

35:24
Flow Diagrams

33:07
Cycle Graph and Chronocycle Graph

32:49
Work Measurement: Basic Concept

31:16
Techniques of Work Measurement

36:21
Steps Involved in Time Study

33:51
Steps and Equipment of Time Study

33:04
Performance Rating

30:31
Performance Rating: Examples

29:15
Allowances in Time Study

32:09
Computation of Standard Time-I

33:51
Computation of Standard Time-II

31:43
Work Measurement: Applications

32:10
Work Sampling : Basic Concept

32:53
Procedure of Work Sampling

33:56
Work Sampling: Examples

31:13
Introduction to Synthetic Data and PMTS

33:04
Introduction to MTM and MOST

34:28
Ergonomics: Basic Concept

30:30
Industrial Ergonomics

31:16
Ergonomics: Anthropometry

35:20
Man-Machine System-I

34:54
Man-Machine System-II

41:23
Case Study: Office Chair

32:19
Case Study: Tower Crane Cabin

38:14
Case Study: Car Seat

33:37
Case Study: Computer System

33:32
Case Study: Assembly Line

32:48

Facility Design

Operations Research

Production and Operation Management

Introduction to Production

34:54
Global Environment

32:38
Operations and Productivity

32:14
Types and Characteristics of Manufacturing Systems

34:14
Types And Characteristics Of Services Systems

36:21
Product Design

36:14
Introduction To Forecasting

35:56
Time Series Forecasting

32:56
Time Series Forecasting- Exponential Smoothing I (Brief)

31:57
Time Series Forecasting- Exponential Smoothing II (Classification)

32:04
Time Series Forecasting- Working Example Of Exponential Smoothing I

32:46
Time Series Forecasting- Working Example Of Exponential Smoothing II

33:41
Time Series Forecasting- Working Example Of Exponential Smoothing III

29:53
Forecasting Errors

32:28
Causal Or Explanatory Methods

34:49
Inventory Planning and control

34:10
Basic Inventory Model

32:55
Different Variations in Basic EOQ Model

32:00
Safety Stock and Fixed Time Inventory Model

35:51
Examples of Safety Stock Calculation

36:14
Single Period Inventory Model-I (Theory)

33:01
Single Period Inventory Model-II (Numerical)

32:59
Inventory Control and Management

35:07
Material Requirements Planning (MRP)

35:45
Improvements in the MRP system

35:36
Lot Sizing in MRP Systems

36:27
Material Requirements Planning (MRP): Examples-I

31:49
Material Requirements Planning (MRP): Examples-II

33:31
Aggregate Sales and Operations Planning-I (Intermediate & Aggregate Planning)

29:22
Aggregate Sales and Operations Planning-II (Demand & Supply Options)

36:18
Aggregate planning Techniques-I (Introduction)

35:16
Aggregate planning Techniques-II (Examples)

31:53
Aggregate planning Techniques-III (Problems)

30:41
Production Planning Problems using LP

41:00
Nature of Quality and Evolution of Quality Management-I (Product Quality Dimensions)

33:35
Nature of Quality and Evolution of Quality Management-II (Service Quality Dimensions)

33:41
Modern Quality Management and Total Quality Management

32:25
Total Quality Management

37:30
Statistical Concepts in Quality Control-I (Overview of Control Charts)

32:29
Statistical Concepts in Quality Control-II (p-chart & Examples)

33:03
Statistical Concepts in Quality Control-III (c-chart & Examples)

30:55
Statistical Concepts in Quality Control-IV (Run Test & Examples)

36:05
QC Tools

36:02
Acceptance Sampling

42:30
Process Capability

39:30
Some Current Issues In Quality Management

36:58
Facility Layout-I (Introduction)

34:26
Facility Layout-II (Group Technology and other layouts)

40:40
Facility Layout-III (Layout design and Precedence diagram)

39:33
Introduction to Project Management

32:10
PERT and CPM

37:31
PERT and Crashing

37:26
Maintenance Management

40:24
Maintenance Performance Measures and OEE calculations

38:48
Manufacturing Operations Scheduling-I (Scheduling & Gantt Charts)

32:31
Manufacturing Operations Scheduling-II (Order Sequencing)

45:41
JIT and Lean Operations

34:25
Work Method Analysis, Work Measurement and Learning Curve

38:33
Some Latest and Future Issues

36:44
Six Sigma

32:25

Advanced Learning

Certifications

Skill Enhancements

Assessments

Production Engineering Preparation

About Course

What Will You Learn?

Course Content

Basics of Materials Engineering

Introduction

Material Property Landscape

Crystal Structure – 1 (Platonic Solids)

Crystal Structure – 2 (Unit Cell, Lattice, Crystal)

Crystal Structure – 3 (Bravais lattice, Symmetry in Crystals)

Crystal Structure – 4 (Miller Indices for Crystallographic Points and Directions)

Crystal Structure – 5 (Miller-Bravais Indices, Linear and Planar Density)

Crystal Structure – 6 (Planar desnity, Close-Packed Structures, Stacking Faults)

Crystal Structure – 7 (Single Crystal and Polycrystalline Materials)

Crystal Structure – 8 (X-Ray Diffraction and Determination of Structure)

Defects in Crystalline Materials – 1 (Types of Crystalline Defects)

Defects in Crystalline Materials – 1 (Point Defects)

Defects in Crystalline Materials – 1 (Equilibrium Concentration of Vacancies)

Defects in Crystalline Materials – 1 (Theoretical Shear Strength)

Defects in Crystalline Materials – 2 (Effect of Point Defects)

Defects in Crystalline Materials – 2 (Point Defects and Solid Solutions)

Defects in Crystalline Materials – 3

Defects in Crystalline Materials – 4 (Slip Systems, Burger’s Vector )

Defects in Crystalline Materials – 4 (Slip in Single Crystals )

Defects in Crystalline Materials – 5 (Different Stages of Slip )

Defects in Crystalline Materials – 5 (Geometry & Slip, Stress Field Around )

Defects in Crystalline Materials – 6 (Twinning, Interfacial Defects )

Defects in Crystalline Materials – 6 (Strengthening Mechanisms)

Defects in Crystalline Materials – 7 (Plastic deformation)

Mechanical Properties of Materials (Concept of Stress Tensor)

Mechanical Properties (Tension Test-Elastic Deformation)

Mechanical Properties (Tension Test – Plastic Deformation)

Mechanical Properties (Tension Test – Plastic Deformation)

Mechanical Properties (Hardness Test)

Static Failure Theories (Introduction, Definition of Failure)

Static Failure Theories (General form of failure theory)

Static Failure Theories (Distortion Energy Theory)

Static Failure Theories (Maximum Shear Stress Theory)

Static Failure Theories (Design Problems)

Static Failure Theories (Failure of Brittle Materials)

Static Failure Theories (Coulomb-Mohr and Modified Coulomb-Mohr)

Static Failure Theories (Notches and Stress Concentration)

Introduction to Fracture Mechanics, Griffith’s Analysis of a Cracked Body

Fracture Mechanics (Energy Release Rate)

Fracture Mechanics (Crack Resistance, Stress Intensity Factor)

Fatigue Failure of Materials (Introduction, Historical Events, S-N Diagram)

Fatigue Failure of Materials (S-N Diagram, Types of Time Varying Loads)

Fatigue Failure of Materials (High Cycle Fatigue, Low Cycle Fatigue)

Fatigue Failure of Materials (Rotating Beam Bending Test)

Fatigue Failure Theories (Fatigue strength correction factors)

Problems on Fatigue Failure -1 S N diagram and Corrected endurance strength

Fatigue Failure of Materials (Features of Fatigue Failure)

Fatigue Failure of Materials (Effect of Mean Stress)

Fatigue Failure of Materials (Multiaxial Fatigue and Variable Amplitude Loading)

Fatigue Failure of Materials (Fatigue Stress Concentration Factor)

Fatigue Failure of Materials (Fatigue Crack Growth, Paris’ law)

Problems on Fatigue Failure – 2 Effect of mean stress, Fatigue crack growth

Problems on Fatigue Failure – 3 (Effect of Notch, Multiaxial Loading)

Phase Diagrams (Introduction)

Phase Diagrams (Language of Phase Diagrams, Types of Binary Phase Alloys)

Phase Diagrams (Tie line, Lever Rule)

Phase Diagrams (Type 1: Isomorphous Alloys)

Phase Diagrams (Congruent Melting Alloys, Type II Alloys, Eutectic Reaction)

Phase Diagrams (Type III Alloys with Partial Solubility in Solid State)

Phase Diagrams (Congruent melting alloys, Peritectic Reaction, Monotectic Reaction)

Phase Diagrams (Allotropy, Eutectoid and Peritectoid Reactions)

Phase Diagrams (Iron-Iron Carbide Phase Diagram)

Kinetics of Phase Transformations (Homogeneous Nucleation)

Kinetics of Phase Transformations (Heterogeneous Nucleation)

Isothermal Transformation Diagram

Martensite Transformation, C-C-T Diagram

Heat Treatment of Steels (Annealing and Normalizing)

Core – Applied Mechanics

Preliminary Concepts

Vector Analysis

Analysis of Forces