Mechanical Engineering Preparation
By NEATmet Learning Hub
Categories: Engineering and Technology

About Course
This Refresher Course helps aspiring candidates to recapitulate and improve their fundamental knowledge on various subjects pertaining to Mechanical Engineering.
It covers the relevant topics under the academic curriculum for Graduate and Diploma level Engineering, where video lectures from world class institutions e.g. IITs, IISc etc. have been facilitated for dissemination of knowledge.
What Will You Learn?
- Applied Mechanics and Design
- Fluid Mechanics and Thermal Sciences
- Materials, Manufacturing and Industrial Engineering
Course Content
Engineering Mechanics
-
Introduction to Vectors
15:39 -
Addition and subtraction of vectors
13:57 -
Multiplying vectors
11:33 -
Introduction to vectors: solved examples I
38:33 -
Introduction to vectors: solved examples II
19:55 -
Transformation of vectors under rotation
22:55 -
Vector products and their geometric interpretation
16:39 -
Vector Product: Kronecker Delta and Levi-Civita symbols-I
15:51 -
Vector Product: Kronecker Delta and Levi-Civita symbols-II
14:12 -
Equilibrium of rigid bodies – Forces and torques
21:00 -
Calculating torques and couple moments – I
19:32 -
Calculating torques and couple moments – II
16:53 -
Finding a force and a couple equivalent to an applied force
11:21 -
Different elements and associated forces and torques – I
12:30 -
Different elements and associated forces and torques – II
15:57 -
Solved examples; equilibrium of bodies – I
22:55 -
Solved examples; equilibrium of bodies – II
15:00 -
Forces in different geometric configurations
17:10 -
Plane trusses I – Building a truss and condition for it to be statically determinate
22:17 -
Plane trusses II – Calculating forces in a simple truss and different types of trusses
19:42 -
Plane trusses III – Calculating forces in a simple truss by method of joints
22:30 -
Plane trusses IV – Solved examples for calculating forces in a simple truss by method of joints
26:59 -
Plane trusses V – Solved examples for calculating forces in a simple truss by method of joints
24:15 -
Plane trusses VI: Method of sections for calculating forces in a simple truss
10:19 -
Dry friction I – introduction with an example
22:06 -
Dry friction II – a solved example
16:09 -
Dry friction III – Dry thrust bearing and belt friction with demonstration
18:27 -
Dry friction IV – Screw friction and rolling friction
27:49 -
Dry friction V: Solved examples
24:59 -
Properties of plane surfaces I – First moment and centroid of an area
31:18 -
Properties of plane surfaces II – Centroid of an area made by joining several plane surfaces
12:55 -
Properties of plane surfaces III – Centroid of a distributed force and its relation with centre…
11:57 -
Properties of plane surfaces IV – solved examples of calculation of first moment and centroid…
24:27 -
Properties of plane surfaces V- Second moment and product of an area and radius of gyration
18:55 -
Properties of plane surfaces VI – Parallel axis transfer theorem for second moment
12:16 -
Properties of plane surfaces VII – transformation of second moment and product of an area under rota
22:02 -
Properties of plane surfaces VIII – second moment and product of an area, solved examples
24:19 -
Method of virtual work I – degrees of freedom, constraints and constraint forces
20:25 -
Method of virtual work II – virtual displacement, virtual work and equilibrium condition
19:56 -
Method of virtual work III – solved examples
21:29 -
Motion of a particle in a plane in terms of planar polar coordinates
24:24 -
Planar polar coordinates: solved examples
20:37 -
Description of motion in cylindrical and spherical coordinate systems
16:15 -
Using planar polar, cylindrical and spherical coordinate systems: solved examples
39:27 -
Motion with constraints, constraint forces and free body diagram
21:56 -
Motion with constraints – solved examples
37:34 -
Motion with dry friction – solved examples
54:29 -
Motion with drag – solved examples
55:28 -
Equation of motion in terms of linear momentum and the principle of conservation of linear momentum
15:51 -
Linear momentum and centre of mass
07:48 -
Momentum transfer, impulse and force due to a stream of particles hitting an object
11:57 -
Momentum and the variable mass problem
12:49 -
Linear momentum – solved examples
49:12 -
Work and energy I – work energy theorem; conservative and non-conservative force fields
17:58 -
Work and energy II – Definition of potential energy for conservative forces; total mechanical energy
15:39 -
Work and energy III – Two solved examples using conservation principles
11:16 -
Work and energy IV – Further discussion on potential energy
09:29 -
Work and energy V – Solved examples
22:22 -
Work and energy VI – Applying conservation principles to solve a collision problem
20:03 -
Work and energy VII – Solved examples
26:43 -
Rigid body motion I – degrees of freedom and number of variables required to describe motion
11:52 -
Rigid body motion II – Equation of motion for a single particle in terms of angular momentum
24:05 -
Rigid body motion III – Conservation of angular momentum; angular momentum for a collection
24:19 -
Rigid body motion IV – applying angular momentum conservation, a solved example
10:55 -
Rigid body motion V (fixed axis rotation) – some demonstrations of conservation of angular momentum
22:07 -
Rigid body motion VI (fixed axis rotation) – Some more demonstrations and related problems
23:25 -
Rigid body motion VII (fixed axis rotation) – Kinetic energy and moment of inertia for fixed axis
06:43 -
Rigid body motion VIII (fixed axis rotation) – solved examples for calculating moment
18:49 -
Rigid body motion –IX (fixed axis rotation): solved examples
19:12 -
Rigid body motion X – rotation and translation with axis moving parallel to itself
13:34 -
Rigid body motion XI – solved examples for rotation and translation
27:04 -
Rigid-body dynamics XII – Some demonstrations on general motion of rigid bodies
10:11 -
Rigid-body dynamics XIII – Infinitesimal angles as vector quantities and change of a vector
22:51 -
Rigid-body dynamics XIV – Angular velocity and the rate of change of a rotating vector
07:29 -
Rigid-body dynamics XV – Relationship between angular momentum and angular velocity
12:34 -
Rigid-body dynamics XVI: Solved examples
09:06 -
Rigid body motion XVII – A review of the relation between angular momentum and angular velocity
13:11 -
Rigid body motion XVIII- Solved examples for calculating rate of change of angular momentum and torq
31:12 -
Rigid body dynamics XIX
14:34 -
Rigid body dynamics XX
34:50 -
Rigid body dynamics XXI
48:05 -
Simple harmonic motion I
11:17 -
Simple harmonic motion II
18:29 -
Simple Harmonic Motion III – Solved Example
13:20 -
Simple Harmonic Motion IV – Energy of an Oscillator
17:09 -
Simple harmonic motion V – Solved Example
34:51 -
Simple harmonic motion VI
14:10 -
Simple harmonic motion VII
17:14 -
Simple Harmonic Motion VIII
11:36 -
Simple harmonic motion IX
20:15 -
Simple harmonic motion X
10:51 -
Simple harmonic oscillator X
21:26 -
Simple harmonic oscillator XI
15:32 -
Simple harmonic oscillator XI (Contd.)
09:24 -
Simple harmonic oscillator XII
17:20 -
Solved examples
39:25 -
Method of Virtual Work
42:25 -
Equation of Motion in a Uniformly Accelerating Frame
12:56 -
Motion Described in a uniformly accelerating frame
21:47 -
Motion Described in a uniformly accelerating frame (Contd.)
22:01 -
Motion in a uniformly rotating frame
20:01 -
Motion in a uniformly rotating frame (Contd.)
17:16 -
Motion in a uniformly rotating frame (Contd.)
18:39 -
Demonstration on effects of pseudo forces in a rotating frame
13:00 -
Problem1
35:45 -
Problem2
33:33 -
Problem3
41:10 -
Problem4
23:09 -
Problem5
40:36 -
Problem6
32:09 -
Problem7
22:09 -
Problem8
49:19 -
Problem9
46:15
Applied Mechanics
-
Preliminary Concepts
59:08 -
Vector Analysis
52:01 -
Analysis of Forces
56:57 -
Analysis of Equilibrium
56:33 -
Structural Mechanics-Part-1
54:28 -
Structural Mechanics-Part-2
57:23 -
Friction and its Applications-Part-1
56:12 -
Friction and its Applications-Part-2
59:18 -
Friction and its Applications-Part-3
50:58 -
Properties of Surfaces-Part-1
58:34 -
Properties of Surfaces-Part-2
01:02:02 -
Properties of Surfaces-Part-3
59:07 -
Moments and Products of Inertia
58:06 -
Methods of Virtual Work and Potential Energy-Part-1
54:30 -
Methods of Virtual Work and Potential Energy-Part-2
55:58 -
Stability of Equilibrium
59:42
Mechanics of Materials
-
Concepts and equations in this course
13:04 -
Objectives and prerequisite
22:15 -
Linear Algebra
26:13 -
Vector Algebra
14:59 -
Representation of Vector
31:01 -
Why this course?
08:50 -
Concept of Force
07:02 -
Definition of a body
15:55 -
Motion and Displacement field
21:06 -
Traction
07:56 -
Properties of traction
17:29 -
Definition of stress tensor and linear function
11:53 -
Tensor Algebra
18:37 -
Meaning of components of the stress tensor
18:30 -
Transformation of stress components
08:31 -
Mohr’s Circle derivation
17:47 -
Example 1: Construction of Mohr’s circle
08:55 -
Example 3: Transformation of stress components
18:43 -
Uniaxial stress
09:58 -
Hydrostatic, pure shear and deviatoric stress
11:57 -
Biaxial and Plane state of stress
06:14 -
Extreme stress for 3D stresses
18:49 -
Stresses in the Octahedral plane
07:22 -
2D Equilibrium equations
18:25 -
3D Equilibrium equations
28:56 -
Stretch ratio and strain
18:33 -
Curves and arc Length
16:20 -
Gradient
16:13 -
Deformation and displacement Gradient
06:08 -
Right Cauchy Green Deformation tensor
13:49 -
Homogeneous deformation
08:21 -
Engineering strain
14:32 -
Change in Angle
22:23 -
Example 2: Extremum normal and shear stress
18:16 -
Extremum shear stress
18:28 -
Transformation of strain components/ Strain Rosette
15:13 -
Compatibility condition
16:17 -
Constitutive relation
15:56 -
Young’s Modulus and Poisson’s Ratio
26:47 -
Shear Modulus
04:10 -
Bulk Modulus
13:52 -
Restriction on material parameters
15:01 -
Thermal strain
08:22 -
Strain energy, load potential and total potential
20:36 -
Stepped shaft subjected to axial force
21:47 -
Inhomogeneous bar subjected to axial force
14:04 -
Stepped shaft subjected to raise in temperature
14:55 -
Traction in member subjected to bending
20:12 -
Governing equilibrium equations
16:49 -
Displacement field
18:33 -
Bending equation
15:06 -
Radius of curvature
11:01 -
Shear force and bending moment diagram
13:54 -
Variation of axial stress
08:44 -
Deflected shape and rotation of cross section
16:24 -
Expression to find shear stress
23:53 -
Finding centroid of a cross section
07:23 -
Parallel axis theorem and its application
15:12 -
Vertical shear stress in I section
16:16 -
Horizontal shear stress in I section
12:38 -
Connection design
15:38 -
Definition of shear center
07:38 -
Shear center of Channel section
15:56 -
Expression to find shear center
18:13 -
Shear force and bending moment diagram
14:53 -
Deflected shape and rotation of cross section
27:55 -
Finding allowable load
12:45 -
Modified bending equation
09:25 -
Bending of a composite beam
20:46 -
Connection design
09:56 -
Moment of Intertia about arbitrarily oriented axis
15:42 -
Example: Angle section
18:33 -
Bending equation for bending about principal axis
19:17 -
Bending equation about arbitrary axis
11:34 -
Neutral axis
08:50 -
Load not about principal axis
33:19 -
Load about principal axis
05:15 -
Displacement field
15:13 -
Torsion equation
09:52 -
Example problems
17:06 -
Expression relating angle of twist with torsion and shear stress
11:18 -
Example problems: Open sections
13:07 -
Thin walled closed sections
19:30 -
Example problems: Thin walled sections
06:59 -
Cylindrical polar coordinate system
13:05 -
Displacement field
05:39 -
Governing differential equation and solution
20:37 -
Example problems : Thick walled cylindrical vessel
14:36 -
Thin walled pressure vessels
25:50 -
General Principals
12:25 -
Different failure modes
08:18 -
Tresca Condition
25:39 -
von Mises condition
29:29 -
Maximum normal stress or rankine condition
04:50 -
Mohr – Columb condition
06:51 -
Drucker-Prager Condition
04:19 -
General Concepts
14:20 -
Euler critical load for simply supported column
33:04 -
Euler critical load for column with any boundary condition
18:46 -
Secant formula
24:51 -
Pressure vessel and failure theory
30:44 -
Determination of maximum load carrying capacity of a simple truss
16:40
Theory of Machines
-
Introduction-Mechanisms
05:44 -
Kinematic Pairs
05:21 -
Constrained Motion
03:27 -
Kinematic Chain
02:32 -
Degree Of Freedom
04:56 -
Grashof’s Law
01:25 -
Numerical On Degree Of Freedom
05:25 -
Concept Of Relative Velocity
08:50 -
Relative Velocity Of Points On Same Link
03:43 -
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
03:48 -
Absolute Acceleration Of A Link
03:08 -
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
04:55 -
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
04:18 -
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)
09:26 -
Follower Motion-Uniform Acceleration and Deceleration
03:11 -
Follower Motion With Uniform Velocity
02:29 -
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
05:45 -
Porter Governor
07:58 -
Proell Governor
05:38 -
Problem On Walt Governor
03:14 -
Problem On Porter Governor
04:57 -
Problem On Proell Governor
05:40 -
Sensitiveness Governor
02:52 -
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
08:58 -
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
07:19 -
Gyroscopic Effects On An AeroPlane
04:08 -
Gyroscopic Effects On a Four Wheel Vehicle
08:54 -
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
02:39 -
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 2 On Flat Pivot Bearing
04:45 -
Motion Analysis Of Reciprocating Mechanism
06:29 -
Velocity Of Piston
02:47 -
Acceleration Of Piston
02:01 -
Angular Velocity Of Connecting Rod
02:29 -
Angular Acceleartion Of Connecting Rod
04:50 -
Problem On Inertia Force
04:27 -
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
03:16 -
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
06:10 -
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
Mechanical Vibrations
-
Overview of the Course, Practical and Research Trends
01:02:52 -
Harmonic and Periodic Motions, Vibration Terminology
59:09 -
Vibration Model, Equation of Motion-Natural Frequency
59:05 -
Energy Method, Principle of Virtual Work
59:16 -
Viscously Damped Free Vibration Special Cases: Oscillatory
58:47 -
Logarithmic Decrement Experimental Determination of Damping Coefficient Hysteresis Loop
59:31 -
Coulomb Damping other Damping Models
55:22 -
Forced Harmonic Vibration, Magnification Factor
56:42 -
Laplace Transform, Superposition Theorem
58:26 -
Rotor Unbalance and Whirling of Shaft, Transmissibility
58:32 -
Support Motion, Vibration Isolation
59:38 -
Sharpness of Resonance, Vibration Measuring Instruments
58:35 -
Generalized and Principle Coordinates, Derivation of Equation of Motion
59:53 -
Lagranges’s Equation
59:22 -
Coordinate Coupling
01:00:18 -
Forced Harmonic Vibration
58:05 -
Tuned Absorber, Determination of Mass Ratio
59:28 -
Tuned and Damped Absorber, Untuned Viscous Damper
59:11 -
Derivation of Equations of Motion, Influence Coefficient Method
01:00:01 -
Properties of Vibrating Systems: Flexibility & Stiffness Matrices, Reciprocity Theorem
57:37 -
Modal Analysis: Undamped
59:04 -
Modal Analysis: Damped
59:01 -
Simple Systems With One Two or Three Discs Geared System
59:00 -
Multi-Degree of Freedom Systems-Transfer Matrix Method Branched System
01:02:25 -
Derivation of Equations of Motion Part 1-Newton’s and Hamilton’s Principle
58:24 -
Derivation of Equations of Motion Part 2-Newton’s and Hamilton’s Principle
59:53 -
Vibration of Strings
56:59 -
Longitudinal and Torsional Vibration of Rods
01:00:59 -
Transverse Vibration of Beams, Equations of Motion and Boundary Conditions
58:43 -
Transverse Vibration of Beams: Natural Frequencies and Mode Shapes
59:51 -
Rayleigh’s Energy Method
01:00:02 -
Matrix Iteration Method
01:00:11 -
Durkerley, Rayleigh-Ritz and Galerkin Method
58:54 -
Finite Element Formulation for Rods, Gear Train and Branched System
01:08:10 -
Finite Element Formulation for Beams: Galerkin’s Method
58:25 -
Global Finite Element Assembly and Imposition of Boundary Conditions
59:51 -
Vibration Testing Equipments: Signal Measurements
01:00:13 -
Vibration Testing Equipments: Signal Analysis
55:53 -
Field Balancing of Rotors
57:46 -
Condition Monitoring
45:31
Design of Machine Elements
-
Design Philosophy
59:45 -
Design and Manufacturing
59:49 -
Engineering Materials
59:55 -
Engineering Materials (Contd.)
59:53 -
Simple Stresses In Machine Elements
59:50 -
Simple Stresses In Machine Elements
59:52 -
Compound Stresses In Machine Elements
59:44 -
Design For Strength
59:54 -
Design For Strength (Contd.)
59:54 -
Design For Strength (Contd.)
59:48 -
Design for Strength (Contd.)
59:54 -
Design for Strength (Contd.)
59:50 -
Design of Fasteners – I
59:45 -
Design of Fasteners – II
59:57 -
Design Of Keys and Splines
59:43 -
Threaded Fasteners
01:00:00 -
Design Of Threaded Fasteners
55:15 -
Power Screws
59:54 -
Design Of Power Screw
59:52 -
Shaft Couplings – I
59:52 -
Saft Coupling – II
59:23 -
Rivet Joints
59:53 -
Design of Welded Joints-I
59:50 -
Design of Welded Joints – II
59:42 -
Design of Joints With Eccentric Loading
59:51 -
Design of Joints With Variable Loading
59:47 -
Design of Springs
59:46 -
Design Of Springs (Contd.)
59:57 -
Design Of Springs (Contd.)
01:00:19 -
Belt Drives
59:50 -
Belt Drives (Contd.)
59:44 -
Belt Drives (Contd.)
59:41 -
Design for Strength
42:40 -
Design of Shafts
59:54 -
Design of Machine Elements – I (V & W)
59:47 -
Design of Machine Elements ( V & W )
59:49 -
Design of Cylinders & Pressure Vessels – II
59:48 -
Design of Cylinders & Pressure Vessels – III
59:45 -
Design of Breaks – I
59:48 -
Design of Brakes – II
59:50
Fluid Mechanics
-
Introduction and Fundamental Concepts – I
51:58 -
Introduction and Fundamental Concepts – II
51:48 -
Introduction and Fundamental Concepts – III
49:56 -
Fluid Statics Part – I
54:01 -
Fluid Statics Part – II
52:50 -
Fluid Statics Part – III
57:27 -
Fluid Statics Part – IV
52:13 -
Fluid Statics Part -V
51:57 -
Fluid Statics Part -VI
49:24 -
Kinematics of Fluid Part – I
53:26 -
Kinematics of Fluid Part – II
49:15 -
Kinematics of Fluid Part – III
52:01 -
Conservation Equations in Fluid Flow Part – I
49:03 -
Conservation Equations in Fluid Flow Part – II
48:56 -
Conservation Equations in Fluid Flow Part – III
46:54 -
Conservation Equations in Fluid Flow Part – IV
47:52 -
Conservation Equations in Fluid Flow Part – V
48:29 -
Conservation Equations in Fluid Flow Part – VI
49:11 -
Conservation Equations in Fluid Flow Part – VII
49:15 -
Conservation Equations in Fluid Flow Part – VIII
44:47 -
Conservation Equations in Fluid Flow Part – IX
51:59 -
Fluid Flow Applications Part – I
58:08 -
Fluid Flow Applications Part – II
50:34 -
Fluid Flow Applications Part – III
47:34 -
Fluid Flow Applications Part – IV
48:05 -
Fluid Flow Applications Part – V
52:39 -
Fluid Flow Applications Part – VI
58:37 -
Fluid Flow Applications Part – VII
50:01 -
Incompressible Viscous Flows Part I
47:53 -
Incompressible Viscous Flows Part II
52:48 -
Incompressible Viscous Flows Part III
49:43 -
Incompressible Viscous Flows Part IV
50:45 -
Application of ViscousFlow Through Pipes Part I
50:41 -
Application of ViscousFlow Through Pipes Part II
53:13 -
Application of ViscousFlow Through Pipes Part III
48:58 -
Principles of Similarity Part I
42:13 -
Principles of Similarity Part II
52:10 -
Principles of Similarity Part III
01:00:26 -
Flow of Ideal Fluids Part I
58:11 -
Flow of Ideal Fluids Part II
49:56 -
Flows with a Free Surface Part I
52:17 -
Flows with a Free Surface Part II
52:29 -
Flows with a Free Surface Part III
55:49 -
A Few Unsteady Flow Phenomena in Practice Part I
54:24 -
A Few Unsteady Flow Phenomena in Practice Part II
50:25 -
Introduction to Laminar Boundary Layer Part I
50:26 -
Introduction to Laminar Boundary Layer Part II
51:06 -
Introduction to Turbulent Flow Part I
46:57 -
Introduction to Turbulent Flow Part II
58:07
Heat Transfer
-
Introduction to Heat Transfer
34:19 -
Introduction to Heat Transfer (Contd.)
35:16 -
Heat Diffusion Equation
32:21 -
Relevant Boundary Conditions in Conduction
46:29 -
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
43:12 -
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
40:36 -
Mixed Boundary Layers
32:30 -
Tutorial Problem on External Flow and Behavior of Heat Transfer Coefficient
32:39 -
Tutorial Problem in External Flow and Convection
41:00 -
Tutorial Problem in External Flow and Convection
31:17 -
Tutorial Problem in External Flow and Convection
31:19 -
Internal Flow Heat Transfer
40:36 -
Internal Flow Heat Transfer (contd.)
33:20 -
Internal Flow Heat Transfer (Contd.)
39:25 -
Internal Flow and Heat Transfer (Contd.)
37:56 -
Internal Flow and Heat Transfer (Tutorial)
37:07 -
Free Convection
38:04 -
Heat Exchangers
32:32 -
Heat Exchangers (Contd.)
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
39:39 -
Solar Radiation and the Concept of View Factors
36:43 -
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
Thermodynamics
-
Basic concepts and definitions – Part 1
19:50 -
Basic concepts and definitions – Part 2
20:24 -
Basic concepts and definitions – Part 3
37:25 -
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
28:37 -
Work – Part 5
13:18 -
Tutorial problem on ‘Work’ – Part 1
15:01 -
Tutorial problem – Part 2
18:46 -
Tutorial problem on ‘Work’ – Part 3
13:55 -
Tutorial problem on ‘Work’ – Part 4
13:39 -
Zeroth law of thermodynamics
14:05 -
Methods of temperature measurement
15:34 -
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
11:28 -
Pure substance
15:00 -
Ideal gas – Part 1
11:29 -
Ideal gas – Part 2
22:18 -
Ideal gas – Part 3
07:05 -
Ideal gas – Part 4
16:30 -
Ideal gas – Part 5
14:32 -
Tutorial problem – Part 1
07:36 -
Tutorial problem – Part 2
15:00 -
Tutorial problem – Part 3
19:48 -
Tutorial problem – Part 4
16:25 -
Tutorial problem – Part 5
06:32 -
Tutorial problem – Part 6
07:39 -
Tutorial problem – Part 7
12:53 -
Specific heats at constant pressure and constant volume
11:59 -
Tutorial problem – Part 1
13:51 -
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)
34:01 -
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
12:41 -
Second law of thermodynamics: Carnot’s cycle and theorems
24:34 -
Second law of thermodynamcis: absolute temperature scale
17:39 -
Tutorial problems (2 numbers)
15:19 -
Tutorial problem (1 number)
16:03 -
Tutorial problem (1 number)
28:52 -
Tutorial problem (2 numbers)
12:39 -
Second law of thermodynamics: Clausius’s inequality
18:35 -
Entropy – Part 1
30:23 -
Entropy – Part 2
18:34 -
Entropy – Part 3
38:55 -
Entropy – Part 4
23:55 -
Entropy – Part 5
14:50 -
Entropy – Part 6
27:59 -
Entropy – Part 7
18:34 -
Tutorial problem (1 number)
15:09 -
Tutorial problem (1 number)
20:00 -
Tutorial problem (1 number)
13:54 -
Tutorial problems (2 numbers)
24:11 -
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)
33:43 -
Thermodynamics cycles: Brayton cycle
24:56 -
Tutorial problem (1 number)
11:41 -
Thermodynamics cycles: vapor compression refrigeration cycle
25:17 -
Tutorial problem (1 number)
25:14
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)
22:55 -
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)
09:50 -
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)
20:29 -
Defects in Crystalline Materials – 2 (Point Defects and Solid Solutions)
25:34 -
Defects in Crystalline Materials – 3
31:49 -
Defects in Crystalline Materials – 4 (Slip Systems, Burger’s Vector )
22:19 -
Defects in Crystalline Materials – 4 (Slip in Single Crystals )
22:06 -
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 )
19:21 -
Defects in Crystalline Materials – 6 (Strengthening Mechanisms)
21:30 -
Defects in Crystalline Materials – 7 (Plastic deformation)
18:33 -
Mechanical Properties of Materials (Concept of Stress Tensor)
20:58 -
Mechanical Properties (Tension Test-Elastic Deformation)
25:19 -
Mechanical Properties (Tension Test – Plastic Deformation)
21:14 -
Mechanical Properties (Tension Test – Plastic Deformation)
40:13 -
Mechanical Properties (Hardness Test)
20:47 -
Static Failure Theories (Introduction, Definition of Failure)
27:18 -
Static Failure Theories (General form of failure theory)
45:54 -
Static Failure Theories (Distortion Energy Theory)
45:06 -
Static Failure Theories (Maximum Shear Stress Theory)
12:00 -
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)
19:49 -
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)
18:57 -
Fatigue Failure of Materials (High Cycle Fatigue, Low Cycle Fatigue)
25:24 -
Fatigue Failure of Materials (Rotating Beam Bending Test)
31:33 -
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)
17:15 -
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)
12:39 -
Phase Diagrams (Language of Phase Diagrams, Types of Binary Phase Alloys)
32:35 -
Phase Diagrams (Tie line, Lever Rule)
27:26 -
Phase Diagrams (Type 1: Isomorphous Alloys)
22:32 -
Phase Diagrams (Congruent Melting Alloys, Type II Alloys, Eutectic Reaction)
39:13 -
Phase Diagrams (Type III Alloys with Partial Solubility in Solid State)
31:20 -
Phase Diagrams (Congruent melting alloys, Peritectic Reaction, Monotectic Reaction)
38:54 -
Phase Diagrams (Allotropy, Eutectoid and Peritectoid Reactions)
13:06 -
Phase Diagrams (Iron-Iron Carbide Phase Diagram)
41:18 -
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
Principle of Industrial Engineering
-
Introduction
28:09 -
Introduction: Developments, Objectives, and Functions
38:19 -
Introduction: Functions and Tools
38:55 -
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
29:58 -
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
29:58 -
Plant Layout: Cellular and Process Layout
29:19 -
Plant Layout: Process Layout Design
34:20 -
Plant Layout: Process Layout Design II
34:10 -
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
31:14 -
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
31:32 -
Production Planning and Control: Priority Sequencing II
26:37 -
Production Planning and Control: Relative Performance of Priority Sequencing Rules
35:09 -
Inventory: Fundamentals
29:13 -
Inventory: Models
31:26 -
Inventory: Models II
37:11 -
Inventory: Wilson Model
33:12 -
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
35:32 -
Forecasting: Introduction
32:16 -
Forecasting: Methods
31:41 -
Forecasting: Methods II
32:03 -
Forecasting: Methods III
31:31 -
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
29:30 -
Quality Control: Control Charts
30:06 -
Quality Control: Control Charts II
37:03 -
Quality Control: Control Charts for Attributes
35:25 -
Productivity & Work Study
31:53
Fundamentals of manufacturing processes
-
Understanding Manufacturing
29:30 -
Fundamental Approaches of Manufacturing
33:55 -
Manufacturing process Specific advantages and limitations
41:22 -
Material and Manufacturing Processes
32:43 -
Classification of Manufacturing Processes
27:34 -
Selection of Manufacturing Processes
32:41 -
Applications of Manufacturing Processes
33:30 -
Effect of Manufacturing Process on Mechanical properties
33:12 -
Break Even Analysis in Manufacturing Processes
32:30 -
Casting: Introduction and Suitability
35:46 -
Steps of Casting Processes
26:29 -
Casting: Terminology
40:13 -
The Pattern Allowances I
34:16 -
The Pattern Allowances II
31:10 -
Casting: Sand Moulding l
31:29 -
Sand Moulding II
38:12 -
Casting: Core and Core Prints
36:35 -
Casting: Gating System
38:54 -
Casting: Yield and Riser Design
31:04 -
Casting: Riser Design
25:32 -
Casting: Cleaning of Castings
29:59 -
Casting Casting Defects and their Preventions
42:12 -
Casting: Shell Mould Casting
29:56 -
Casting: Investment and Permanent Mould Casting
28:10 -
Metal Working Processes: Hot & Cold Working
32:04 -
Metal Working Processes: Rolling
36:48 -
Metal Working Processes: Forging
38:41 -
Metal Working Processes: Extrusion
32:26 -
Metal Working Processes: Wire Drawing
31:44 -
Metal Working Processes: Press
32:11 -
Sheet Metal Operations: Shearing
30:35 -
Metal Working Processes: Sheet Metal Operations II
33:15 -
Metal Working Processes: Sheet Metal Operations III
38:31 -
Metal Working Processes: Dies and Die sets
36:12 -
Material Removal Processes: Machining
37:09 -
Material Removal Processes: Mechanism of Metal Cutting
30:44 -
Material Removal Processes: Chip Formation
24:41 -
Material Removal Processes: Types of Chips and Power Consumption
33:08 -
Material Removal Processes: Heat Generation
27:45 -
Material Removal Processes: Tool Failure and Tool Life
31:55 -
Material Removal Processes: Tool materials
38:02 -
Material removal processes: Cutting fluids
32:58 -
Material removal processes: Grinding I
32:54 -
Material removal Processes: Grinding II
30:17 -
Material removal Processes: Grinding III
34:07 -
Material removal processes: Grinding operations
26:40 -
Joining of metals: Fundamentals I
28:08 -
Joining of metals: Fundamentals II
40:37 -
Joining of metals: Welding processes
28:32 -
Brazing, soldering and weldability
28:53 -
Weldability and welding defects
31:46 -
Heat treatment: Fundamentals I
30:57 -
Heat treatment: Fundamentals II
29:33 -
Heat treatment: Fundamentals III
40:50 -
Heat treatment: Normalizing and hardening
30:35 -
Heat treatment: Tempering
24:30 -
Improving surface properties: Introduction
28:52 -
Improving surface properties: Surface modification processes
28:00 -
Improving surface properties: Changing chemical composition
33:37 -
Improving surface properties: Coating
32:25
Mechanics of Machining
-
Deformation of Metals
01:00:32 -
Mechanism of Plastic Deformation
01:08:43 -
Machining Processes: Single Edge Tool, Types of Chips
01:01:51 -
Tool Geometry: Single Point Cutting Tool Specifications
01:02:03 -
Tool Specifications, Conversion Of Tool Angles, Multi-Point Cutting Tools
01:01:20 -
Mechanics of Orthogonal Cutting, Force Relationships
01:01:06 -
Determination of Stress, Strain and Strain Rate
01:05:14 -
Measurement of Shear Angle
01:01:12 -
Other Analysis for Force Relationships
01:05:16 -
Mechanics of Oblique Cutting
01:00:41 -
Measurement of Cutting Forces
01:05:57 -
Thermal Aspects Of Machining: Temperatures in Orthogonal Cutting
01:04:41 -
Tool Wear and Tool Life and Tool Life Equations
01:01:58 -
Economics in Machining
01:06:22 -
Practical Machining Operations: Turning And Shaping & Planning Operation
01:06:33 -
Practical Machining Operations: Milling And Drilling
58:43 -
Grinding of Metals and Mechanics of Grinding Process
01:05:24 -
Abrasive Machining and Finishing Operations
01:00:29 -
CNC Machines and CNC Programming
01:12:51 -
Introduction to Advanced Machining Processes
01:09:31
Metal Cutting And Machine Tools
-
Introduction
40:33 -
Geometry of single point turning tools – 1
42:47 -
Geometry of turning tools – 2
33:51 -
Geometry of single point turning tools -3
30:04 -
Geometry of cutting tools and numerical problems
37:00 -
Different types of tools and mcq
34:01 -
Mechanism of chip formation
31:40 -
Mechanics of material removal
29:54 -
Measurement Of Cutting Forces
32:18 -
Numerical problems and MCQ
30:02 -
Tool wear and Tool life
32:47 -
Wear and life of cutting tools – 2
29:08 -
The lathe
29:50 -
Calculations on mechanisms in machine tools
34:09 -
Numerical problems on lathe
30:13 -
Milling Machines
31:58 -
Milling machine – indexing
37:15 -
Gear cutting CNC and non traditional machining
34:33 -
CNC and non-traditional machining methods
37:32 -
Numerical problems for week 4
32:22
Machining and Machine Tool Operations
-
Machining Processes: Single Edge Tool, Types of Chips
01:01:51 -
Different types of tools and mcq
34:01 -
Tool Geometry: Single Point Cutting Tool Specifications
01:02:03 -
Geometry of single point turning tools – 1
42:47 -
Geometry of single point turning tools -3
30:04 -
Tool wear and Tool life
32:47 -
Economics in Machining
01:06:21 -
Non Traditional Manufacturing
01:00:40 -
Jigs and Fixtures For Machine Shops
58:24 -
Abrasive Processes
59:49 -
Mounting of jobs and Cutting Tools in Machine
01:00:24 -
CNC Machines and CNC Programming
01:12:51
Metrology and Inspection
-
Limits,Fits,and Tolerance
50:25 -
Linear Measurements (Part 1 of 2)
55:37 -
Angular Measurements (Part 2 of 2)
15:41 -
Laboratory demonstration:Combination set,slip gauges,sine bar
39:58 -
Basics of interferometry
53:42 -
Stylus type surface finish measuring instruments
59:24 -
Measurement of straightness, flatness and squareness
46:51 -
Manufacturing tolerances and fits
48:34 -
Universal measuring machine (UMM) and Coordinate measuring machine (CMM)
01:02:18
Computer Integrated Manufacturing
-
Introduction to CIM
36:20 -
Introduction to CIM (Contd.)
23:58 -
Peuduction System
27:30 -
Automation in Manufacturing System
25:20 -
Automation Principles and Computer Aided Technologies
28:11 -
Computer Graphics (1 of 4)
32:49 -
Computer Graphics (2 of 4)
29:07 -
Computer Graphics (3 of 4)
31:34 -
Computer Graphics (4 of 4)
36:17 -
Geometric Modelling (part 1 of 2)
42:26 -
Geometric Modelling (part 2 of 2)
34:29 -
Computer Numerical Control (part 1 of 4)
27:22 -
Computer Numerical Control (part 2 of 4)
39:13 -
Computer Numerical Control (part 3 of 4)
01:01:11 -
Computer Numerical Control (part 4 of 4)
28:24 -
CNC Machining Centre (part 1 of 2)
26:53 -
CNC Machining Centre (part 2 of 2)
14:07 -
CNC Tooling
36:04 -
CNC Part Programming (part 1 of 4)
32:47 -
CNC Part Programming (part 2 of 4)
33:55 -
CNC Part Programming (part 3 of 4)
21:45 -
CNC Part Programming (part 4 of 4)
29:48 -
Laboratory Demonstration, Computer Aided Design (part 1 of 2)
54:08 -
Laboratory Demonstration, Computer Aided Design (part 2 of 2)
31:58 -
CAM Softwares
18:22 -
Laboratory Demonstration, CAM Softwares
55:52 -
Laboratory Demonstration, CNC Machining
23:39 -
Group Technology and Computer Aided Process Planning
54:54 -
Computer Aided Process Planning (part 1 of 2)
47:16 -
Computer Aided Process Planning (part 2 of 2)
01:02:59 -
Flexible Manufacturing System
57:41 -
Industrial Robotics
54:15 -
Programming Logical Controller
54:35 -
Automatic Identification and Data Capture
40:01 -
Computer Aided Quality Control (part 1 of 2)
41:49 -
Computer Aided Quality Control (part 2 of 2)
42:42 -
Laboratory Demonstration, Co-ordinate Measuring Machine
58:12 -
Rapid Manufacturing (part 1 of 2)
29:38 -
Rapid Manufacturing (part 2 of 2)
33:07 -
Laboratory Demonstration, Rapid Manufacturing (part 1 of 2)
40:25 -
Laboratory Demonstration, Rapid Manufacturing (part 2 of 2)
51:03 -
Laboratory Demonstration, CAD using Fusion 360, an Introduction
52:33 -
Laboratory Demonstration, CAD using Fusion 360, Rendering and 3D Printing
44:31 -
Material Handling Identification
01:01:33 -
Laboratory Demonstration, Plant Simulation Software (part 1 of 3)
23:06 -
Laboratory Demonstration, Plant Simulation Software (part 2 of 3)
48:19 -
Laboratory Demonstration, Plant Simulation Software (part 3 of 3)
37:54 -
Computers in Manufacturing Industry, Current Scenario (part 1 of 3)
57:18 -
Computers in Manufacturing Industry, Current Scenario (part 2 of 3)
43:41 -
Computers in Manufacturing Industry, Current Scenario (part 3 of 3)
47:15
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
36:22 -
Product Design
36:14 -
Introduction To Forecasting
35:56 -
Time Series Forecasting
32:56 -
Time Series Forecasting- Exponential Smoothing I (Brief)
31:58 -
Time Series Forecasting- Exponential Smoothing II (Classification)
32:05 -
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
35:52 -
Examples of Safety Stock Calculation
36:13 -
Single Period Inventory Model-I (Theory)
33:01 -
Single Period Inventory Model-II (Numerical)
33:00 -
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
31:50 -
Material Requirements Planning (MRP): Examples-II
33:32 -
Aggregate Sales and Operations Planning-I (Intermediate & Aggregate Planning)
29:22 -
Aggregate Sales and Operations Planning-II (Demand & Supply Options)
36:19 -
Aggregate planning Techniques-I (Introduction)
35:16 -
Aggregate planning Techniques-II (Examples)
31:54 -
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)
30:56 -
Statistical Concepts in Quality Control-IV (Run Test & Examples)
36:06 -
7 QC Tools
36:02 -
Acceptance Sampling
42:30 -
Process Capability
39:30 -
Some Current Issues In Quality Management
36:58 -
Facility Layout-I (Introduction)
34:27 -
Facility Layout-II (Group Technology and other layouts)
40:40 -
Facility Layout-III (Layout design and Precedence diagram)
39:34 -
Introduction to Project Management
32:11 -
PERT and CPM
37:30 -
PERT and Crashing
37:26 -
Maintenance Management
40:25 -
Maintenance Performance Measures and OEE calculations
38:49 -
Manufacturing Operations Scheduling-I (Scheduling & Gantt Charts)
32:31 -
Manufacturing Operations Scheduling-II (Order Sequencing)
45:41 -
JIT and Lean Operations
34:26 -
Work Method Analysis, Work Measurement and Learning Curve
38:33 -
Some Latest and Future Issues
36:45 -
Six Sigma
32:25
Operations Management
-
Operations Management: Basics
32:19 -
Operations Management: Objectives
32:35 -
Operations Management: Functions and Scope
32:04 -
Types of Production Systems
34:12 -
Operations Strategy
34:15 -
Product Life-Cycle
30:40 -
Value Engineering Concepts
33:00 -
Design for X (DFX)
33:29 -
Ergonomics in Product Design
37:12 -
Rapid Prototyping: Concept, Advantages
32:43 -
Sales Forecasting
34:08 -
Forecasting System
36:33 -
Qualitative Methods of Forecasting
32:19 -
Quantitative Methods-I
42:26 -
Quantitative Methods-II
32:52 -
Facility Planning
32:09 -
Factors Affecting Plant Location
35:37 -
Plant Location: Case Study on Uttarakhand
27:29 -
Location Evaluation Methods-I
29:07 -
Location Evaluation Methods-II
30:31 -
Facility Layout and Planning-I
33:48 -
Facility Layout and Planning-II
36:45 -
Factors Influencing Plant Layout
34:57 -
Material Flow Patterns
32:43 -
Tools and Techniques used For Plant Layout Planning
33:10 -
Production Planning and Control
30:23 -
Process Planning
37:20 -
Aggregate Production Planning
38:20 -
Capacity Planning: Introduction
32:28 -
Capacity Planning: Examples
35:19 -
Project Scheduling
26:36 -
Network Diagrams
32:56 -
Critical Path Method
33:01 -
Critical Path Method: Problems-I
30:47 -
Critical Path Method: Problems-II
28:03 -
Program Evaluation and Review Technique (PERT)
29:49 -
PERT Problems-I
31:23 -
PERT Problems-II
31:03 -
Time Cost Trade Off (Crashing)
28:53 -
Project Network: Crashing Problems
37:04 -
Production Control
30:52 -
Sequencing
32:24 -
Sequencing Problems-I
34:42 -
Sequencing Problems-II
34:28 -
Master Production Scheduling (MPS)
29:55 -
Concept of Quality
32:04 -
Total Quality Management (TQM)
31:19 -
Total Productive Maintenance
28:04 -
Statistical Quality Control (SQC)
31:32 -
Six Sigma
32:11 -
Materials Management
26:46 -
Inventory Control
32:24 -
Economic Order Quantity (EOQ) Models
27:39 -
Economic Order Quantity (EOQ): Problems
29:15 -
Production Quantity Model
34:54 -
Just In time (JIT)
30:57 -
Kanban System
28:08 -
Materials Requirement Planning (MRP)-I
33:27 -
Materials Requirement Planning (MRP)-II
31:23 -
Enterprise Resource Planning (ERP)
29:44
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