24:35

Lecture 12: Plane stress problem: Analytical method

33:39

MEMS fabrication tools and techniques

24:13

Photo-lithography: The pattern transferring for surface micro-machining

26:33

IC and Si technology, and MEMS processing

33:06

The silicon processing technology for MEMS production

28:14

How to work in a Clean room

04:13

The clean room class ratings

24:32

MEMS fabrication steps and micro fabrication in a cleanroom

27:58

The global market of MEMS technology

16:58

MEMS technology history

26:39

The MEMS technology: Introduction

03:19

Compression test of a cylindrical concrete block on universal testing machine (UTM)

06:49

Bending test of mild steel rod on Universal testing machine (UTM)

02:10

Compression test of a cubic concrete block with universal testing machine

02:09

Graduates of Mechatronics Eng UET Peshawar, Convocation 2024

02:59

UET inter-faculty cricket tournament 2024

02:02

Qauid e Azam Gold Medal Award 2023

00:44

Dr Farid Khan, named Among Top 2% Scientists in World-Stanford University and Elsevier List 2023

01:33

Final Year Projects display 2023, Dept of Mechatronics UET Peshawar

01:07

Convocation 2023, University of Engineering and Technology Peshawar

49:09

Lecture 3: General state of stress and strain

40:23

Lecture 2 (part 2): Stress and strain, the concept

50:09

Lecture 2 (part 1): Stress and strain, the concept

01:42

My Kid calling dad (me) to come home early (2010)

49:57

Lecture 1: Introduction about mechanics of materials

56:26

Lecture 16: Multi degree of freedom systems: Mechanical vibrations

36:24

Lecture 15 (part 2): Vibration isolation: Mechanical vibrations

20:44

Lecture 15 (part 1): Vibration isolation: Mechanical vibrations

56:11

Lecture 14: Rotation unbalance: Mechanical vibrations

28:53

Lecture 13: Base excitation, displacement and force transmissibility (Part 2): Mechanical vibrations

47:16

Lecture 12: Base excitation, displacement and force transmissibility: Mechanical vibrations

56:42

Lecture 11: Response of under damped system to forced vibrations: Mechanical vibrations

43:01

Lecture 10: Response of undamped system to forced vibrations: Mechanical vibrations

53:08

Lecture 9: Finding damping ratio, effect of spring mass on natural frequency: Mechanical Vibrations

01:12:31

Lecture 8: Damped free vibrations: Mechanical vibrations

46:17

Lecture 7: Rayleigh's method, modeling of stiffness of spring: Mechanical vibrations

50:45

Lecture 6: Equation of motion of spring mass system: Mechanical vibrations

27:53

Lecture 5: Free vibration of simple pendulum: Mechanical vibrations

58:59

Lecture 4: Equation of motion of a spring mass system under free vibrations, Mechanical vibrations

30:19

Lecture 3: Degree of freedom of a system: Mechanical vibrations

41:09

Lecture 2: Causes of vibrations and types of vibration: Mechanical vibrations

53:06

Lecture 1: Renewable energy sources and power generation

32:06

Lecture 1: Applications of mechanical vibrations

44:49

Lecture 11: Transformation of Plane Stress

25:14

Lecture 10: General state of stress: A detailed review

47:03

Lecture 9: Shear force and bending moment diagram and bending stress in a beam

39:11

Lecture 8: Beam bending model and bending stress in beams

53:49

Lecture 7: Beams classification, loading types and shear force-bending moment

50:17

Lecture 6: Generalized Hook's law and Piosson's ratio

30:59

Lecture 5 (part 1): Static Indeterminacy

07:49

Lecture 5 (part 2): Thermal stresses in materials

41:42

Lecture 4: Deformation under axial loading

02:48

As a Director, Career Development Center (CDC) 2016-2020

03:06

Presentation: Sensor and Energy Harvesting Systems Research (SEHSR) lab

02:50

Sensor and Energy Harvesting Systems Research (SEHSR) Lab, inauguration Nov 2016