08:15

Help with HW#3

03:35

Exercise 12: Finding the transfer function of system with resistor, capacitor and inductor

06:51

Exercise 13: Perform mesh analysis of circuit shown below using Kirchoff's voltage law

05:43

Exercise 14: Finding the transfer function of electrical system with resistors and capacitors

05:06

Electrical Systems Overview: Ohm's Law & Kirchhoff's Laws for Resistors, Inductors, and Capacitors

06:51

Finding the deflection of a beam under distributed loading using integration method

08:00

Introduction to First Order Systems in Control: steady state response under step, impulse and ramp

14:23

Deflection of a beam under both distributed and point load using macaulay bracket (angle bracket)

18:06

Shaft design, deflection consideration, linear and angular deflection

04:51

Exercise 7: Finding the transfer function and the corresponding time constant of first order system

09:57

Exercise 6: Will changing the input of first order system change the steady state or time constant?

09:30

Exercise 5: Time response of a first order system under different initial conditions

02:18

Exercise 4: Steady state response of a first order system with a step function as input

04:09

Exercise 3: First Order System practice to find the response of the system

07:36

Exercise 2: First Order System for finding the time constant

09:03

Real Talk: What I Earn as a Mechanical Engineering Professor

08:54

Part B: Chat GPT-Genie’s limitations

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Part A: ChatGPT- Genie' Capabilities

05:14

Thermoset vs Thermoplastic Torch Experiment

03:09

Experiment showing conservation of angular momentum

09:19

How to use Mendeley Reference Manager Software

18:15

Helical Gears: Geometry and force analysis- Direction of tangential, radial and axial loads

10:07

Spur Gear Force Analysis: Tangential and Radial Load

20:31

Gear Train: Regular Vs Reverted Gear Train

22:38

Gear Ratio: Velocity Ratio, Torque Ratio

09:14

Problem 13-101: Kinetics of a particle example solved using polar coordinate system

12:01

Problem 13-98: Kinetics of a particle example using polar coordinate

10:59

Problem 13-95: Kinetics of a particle using polar coordinate system,

14:34

Problem 13-90: Kinetics of a particle using polar coordinate: A boy sliding down the spiral slide

07:47

Kinetics of a particle

12:55

Stress concentration-Static vs Fatigue(Kt vs Kf), Open vs closed hole, bending vs torsion(Kt vs Kts)

06:24

Difference Between Different Academic Titles- Assistant Professor vs Lecturer

04:20

The Difference between Shear Stress Equations: Tau=VQ/IT vs Tau= V/A

01:01

3D printing of a threaded elbow with ABS

10:00

Lab 6-Material Treatment: Effect of cold working and process annealing on material properties

05:19

Statics Practice Problem 9-74: Center of gravity of a three wheeler using composite body formulation

04:44

Statics Practice Problem 9-65: Centroid of a composite body by subtracting the missing parts

05:10

Statics Practice Problem: Finding the centroid of a composite body

02:43

Statics Practice Problem 9-60; Finding the centroid of a composite body

06:04

How to find the centroid of a composite body

04:50

Statics practice Problem 9-37: centroid of a circular sector

05:21

Statics Practice Problem 9-28: Centroid of an area bounded by two curves

04:36

Statics Practice Problem 9-11: Centroid of an area defind by a curve

03:53

Statics Practice Problem 9-40: Finding the centroid of a volume (paraboloid)

04:13

Example of center of gravity of homogenous rod

14:13

How to find the centroid (Center of Geometry) and center of gravity of length, area and volume

14:07

Type 3 Friction Problem: motion is impending and the friction sliding surfaces are not known

07:55

Statics: Sliding versus Tipping Example

05:39

Statics Practice Problem 8-41: Friction example of a two member frame

06:18

Statics Practice Problem 8-39: Friction example of a sliding bar

04:30

Statics Practice Problem 8-16: Friction exampe of a ladder leaning against a wall

06:20

Statics Practice Problem 8-6: Friction forces on a car being towed

10:02

Lecture on Static Friction

06:35

Statics Friction Example for a ladder leaning against a wall

09:55

Statics Practice Problem 7-16: Example of internal loading for a beam under distributed loading

07:26

Statics Problem 7-2: Finding the internal loading: Normal force, shear force and bending moment

10:36

Statics: Internal Loading Lecture

16:03

Lecture 17: Introducing different types of nonlinearity in FEA

12:08

Hardness Testing: Definition, scaling and advantages

15:02

Statics Problem 6-83: Frames and Machines example with exploded Free Body Diagram