05:39

Attrobot Mini 3D Printer : Axis Maintenance

03:39

Attrobot Mini 3D Printer : Belt Tightening Process

02:59

Attrobot Mini 3D Printer : Removing Stuck Filament

03:36

Attrobot Mini 3D Printer : Replacing Bed Tape

04:11

Attrobot Mini 3D Printer : PLA Filament Loading and Unloading Process

03:37

Attrobot Mini 3D Printer : Bed Level Adjustment Process

06:15

Attrobot Mini 3D Printer : Quick Start

01:00

Attrobot Mini 3D Printer : Ganesh Idol Printing

04:39

Mechanical Engineering at Jain College of Engineering Belagavi

19:24

Control Technologies in Automation

15:18

Basics of Automation and function level

21:17

Program on CNC Turning using G02,G03, G70 and G71

14:46

Turning and Fillet : CNC Program

20:16

Basics of CNC Turning and Simple Problems

04:12

Steps to upload internal test answer script on google form

25:35

DOM : Numericals on Balancing of Rotating Masses (Part-2)

29:58

DOM : Numericals on Balancing of Rotating Masses (Part-1)

32:54

DOM : Balancing of Rotating Masses (Part-2)

31:58

DOM : Introduction to Balancing of Rotating Masses

18:58

DOM : Introduction Undamped Forced Vibrations -- Part-2

34:24

DOM : Introduction to Undamped Forced Vibrations

34:29

DOM : Numerical's on Damped Free Vibrations

43:35

MOM : Problems on Shear Force Diagram and Bending Moment Diagram Part-5 (Module 3.8)

35:59

DOM : Logarithmic Decrement

25:02

Management & Economics : Problems on Present Worth Comparison

36:22

Mang & Eco : Introduction to different comparison method I Present Worth Comparison Method

38:09

DOM : Critically Damped, Over Damped and Under Damped Systems

34:18

DOM : Introduction to Damped Free Vibrations Part-2 and Damping Coefficient 'C'

32:39

DOM : Introduction to Damped Free Vibrations

21:29

Manag & Eco : Problems on Compound Interest (Using Compound Interest Table) : Part-01 (Session 3_9)

19:43

Management & Economics : Introduction to Cash Flow Diagram & Compound Interest Factors (Session 3_8)

21:46

Management & Economics : Calculation of Effective & Continuous Interest Rate (Session 3_7)

18:03

Management & Economics : Introduction to Simple & Compound Interest (Session 3_6)

32:56

MOM : Problems on Shear Force Diagram and Bending Moment Diagram Part-3 (Module 3.6)

15:18

Management & Economics : Introduction to Engineering Economics (Session 3_1)

33:56

DOM : Natural Frequency of Spring Mass system (Considering the Mass of the Spring)

27:04

DOM : Natural Frequency of Vibrating Systems Part-2

40:27

MOM : Problems on Shear Force Diagram and Bending Moment Diagram Part-4 (Module 3.7)

32:06

DOM : Natural Frequency of Vibrating Systems Part-1

30:24

MOM : Problems on Shear Force Diagram and Bending Moment Diagram Part-2 (Module 3.5)

34:29

MOM : Problems on Shear Force Diagram and Bending Moment Diagram (Module 3.4) Part-1

29:59

DOM : Undamped Free Vibrations Natural Frequency Springs in Series and Parallel

30:00

DOM : Undamped Free Vibrations Rayleigh's Method

46:31

MOM : Procedure to draw Shear Force Diagram and Bending Moment Diagram (Module 3.3)

35:38

MOM : Type of Support, Forces, Moments I Statically Indeterminate & Determinate (Module 3.2)

30:24

DOM : Undamped Free Vibrations - Energy Method (Module 4.8)

35:52

DOM : Undamped Free Vibrations - D'Alembert's principle (Module 4.7)

28:00

DOM : Undamped Free Vibrations - Newtons Method (Module 4.6)

33:23

MOM : Introduction to Beams (module 3.1)

38:24

MOM : Numericals on Compound Bars

31:06

DOM : Introduction to undamped Free Vibrations (Module 4.5)

30:27

MOM : Numerical's on Thermal Stresses Part-2

29:02

MOM : Numerical's on Thermal Stresses Part-3

29:21

DOM : Classifications of Vibrations (Module 4.4)

30:22

MOM : Numerical's on Thermal Stresses Part-1

33:23

DOM : Elements of Vibrating Systems (Module 4.3)

30:29

DOM : Introduction to Simple Harmonic Motion (Module 4.2)

30:27

MOM : Introduction to Thermal Stresses

32:12

DOM : Introduction to Basics of Vibration (Module 4.1)

36:51

MOM : Relation between elastic constants G, E and K