INTRODUCTION
114201
Engineering Mechanics-I
(STATICS)
CH 3-0
Dr. Hayat Muhammad Khan
Office: 211-G A&A Department
COURSE DESCRIPTION
This subject introduces the mechanics of rigid bodies. It
starts with the basics of Applied Physics and shows how to
resolve forces into their rectangular components, the
amount of moment generated by these forces and their
resultant effects in 2D or 3D force systems.
The main objective of this part of engineering mechanics is
to achieve and maintain external and internal equilibrium in
any given system that is why it is called study of Statics.
The external equilibrium is obtained by determining the
strength which can be provided by various structural
supports under loading. The internal equilibrium finds out
internal strength of trusses and beams by different suitable
methods under the action of concentrated or distributed
loads. The two-dimensional systems are analyzed with
frictional effects and for multi-equilibrium positions
COURSE REQUIREMENTS
Credit-Hours: 3-0
PRE-REQUISITE: 117401 – Applied Physics
CO-REQUISITE: 115201 – Engineering Drawing
COURSE BOOKS
Textbook:
Engineering Mechanics - I (Statics)
by J.L Meriam and L.G Kraige
Reference Books:
Engineering Mechanics - I (Statics)
by R.C Hibbeler
Statics
by Bear & Johnston
Introduction to Statics and Dynamics
by Rudra Pratap & Andy Ruina:
Or Examples from any other Book on Statics
PROGRAM LEARNING OUTCOMES
The course contributes towards achievement of following
program outcomes at the completion:
PLO-01 To apply knowledge of mathematics, science,
engineering fundamentals and an engineering
specialization to the solution of complex engineering
problems
PLO-02 To identify, formulate, research literature and
analyze complex engineering problems reaching
substantiated conclusions using first principles of
mathematics, natural sciences and engineering sciences
COURSE LEARNING OUTCOMES
Upon successful completion of the course, the student will
be able to:
CLO-01 The students will be able to apply basic
knowledge of forces, couples and moments for solution
of complex engineering problems in 2 and 3 dimensions.
CLO-02 The students will be able to analyze
mechanical system isolation and equilibrium for solution
of complex engineering problems in 2 and 3 dimensions.
CLO-03 The students will be able to analyze complex
structures loaded under various applications for real life
solutions.
MAPPING BETWEEN PLO vs CLO
PLO No.
1 2
CLO No.
1 x
x
2
x
3
Chapters Description
CHAPTER 1 INTRODUCTION TO STATICS
CHAPTER 2 FORCE SYSTEMS
CHAPTER 3 EQUILIBRIUM
CHAPTER 4 STRUCTURES
CHAPTER 5 DISTRIBUTED FORCES
CHAPTER 6 FRICTION
LECTURE PLAN (Course):
Instructions 40%
Assignments 30%
Class Participation 30%
ASSESSMENT:
Assignments/Exercises 05-10%
Quizzes 10-15%
OHT Exams 30-35%
Final Exam 40-50%
____________________________
Total 100%
Exams Conduct
IST Honor Code Applies
No Cheating
Avoid False Statements ……
Will try my best to curb cheating by
Not repeating exams from previous semesters
Distribute and reorganize class randomly
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Class Room Discipline
Want to promote learning environment by
Being polite and cordial
Friendly atmosphere in class
Feel free to ask questions, criticize and challenge
Want to promote discipline by ensuring
Punctuality
Regularity
Attentiveness
Two way communication but be Respectful
Writing material (Paper, Pencil etc)
Calculators
No use of Mobile / Laptop (Face to Face Classes)
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General Rules and Regulations
Class Attendance and Leave Policy
Maintain minimum of 80% class
attendance
20% quota for all types of emergency
leaves is already provided
Student with < 80% will not be allowed to
sit in the Final Exam
Ensure to join the class in time as per time
table otherwise Absent will be marked
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General Rules and Regulations
OHT / Final Exam Policy
OHTs/Final Exam will be conducted as per
the Departmental Schedule
Missing of an OHT / Final Exam is highly
discouraged
Maximum of one OHT will be compensated as
retake OHT on case to case basis.
If approval not granted then NO OHT
RETAKE
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General Rules and Regulations
Quizzes and Assignments
All quizzes will be surprised and
unannounced
There will be no makeup Quiz
All deadlines will be strictly followed
There will be no delay in submission of
Assignments
Late Submissions will result in deduction in
marks
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General Rules and Regulations
What is morally ‘Good’ and ‘Bad’
Why we need Ethics?
Ethics help us navigate the Grey area between ‘Right’ and ‘Wrong’
Principles of Ethics:
Honesty
Integrity
Keep your Promise
Loyalty
Fairness
Caring
Respect
Obeying the Law
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About Me
Name: Dr. Hayat Muhammad Khan
Designation: General Manager (SUPARCO) , Deputy HoD
QUALIFICATION
PhD(2018) Northwestern Polytechnical University (NPU)
(Automation & Robotics) Xi’an, CHINA
MS (2007) Université Paul Sabatier (Toulouse-III)
(Automatic Control Systems) Toulouse, FRANCE
BE (2002) College of E&ME, National University of Sciences & Technology
(Mechatronics Engineering) (NUST) PAKISTAN
WORKING EXPERIENCE
2002 to 2004 as Assistant Manager at C&I dir. SUPARCO, Karachi
2004 to 2006 as Lecturer at Institute of Space Technology, Islamabad
2007 to 2009 as Researcher at LAAS du CNRS, Toulouse France
2009 till date as Assistant Professor at Institute of Space Technology, Islamabad
Research Interest
Journal and Conference Publications:
1. Hayat Muhammad Khan, Yang Jianhua, Jiang Xiabing and He Yenan, “Implementation and Kinematics Calculation of Modified Canfield Mechanism”, Mechanical
Science and Technology 38(6): 828-832, June 2019
2. Hassan Elahi, Marco Eugeni, Paolo Gaudenzi, Faisal Qayyum, Raees Fida Swati and Hayat Muhammad Khan, “Response of piezoelectric materials on
thermomechanical shocking and electrical shocking for aerospace applications”, Microsystem Technologies, March 2018
3. Hassan Elahi, Waheed-ur-Rehman, Raees Fida Swati, Hayat Muhammad Khan, Tahir Mushtaq, Zeeshan Haider, Zeeshan Awan, Khurram Saleem, Mohsin Ali
Marwat and Saleem Riaz, “Automatic Sorting, Counting and Bottle Filling Robotic Station, International Journal of Scientific Engineering and Applied Science, May
2017
4. Dimitri Peaucelle, Hayat Muhammad Khan and Pavel Pakshin, ”LMI-based analysis of robust adaptive control for linear systems with time-varying uncertainty”,
Automation and Remote Control 70(9): 1540-1552, September 2009
5. Sohaib Akbar, Y.D. Chen, Irfan Yousaf and Hayat Muhammad Khan, ”E-Glass/Phenolic Prepreg Processing by Solvent Impregnation”, Polymers and Polymer
Composites 16(1): 19-26, January 2008
6. Hassan Elahi, Asif Israr, Raees Fida Swati, Hayat Muhammad Khan, and Ali Tamoor, ”Stability of Piezoelectric Material for Suspension applications”, International
Conference on Aerospace Science & Engineering, November 2017
7. Hayat Muhammad Khan, Yang Jianhua, and Shehryar Ahmed Khan Tareen, “Locomotion patterns of a Vermicular robot”, IEEE International Conference on Robotics
and Artificial Intelligence, November 2016
8. Shehryar Ahmed Khan Tareen and Hayat Muhammad Khan, “Novel slope detection and calculation techniques for mobile robots”, IEEE International Conference on
Robotics and Artificial Intelligence, November 2016
9. Uvais Qidwai and Hayat Muhammad Khan, “Fuzzy Control for Simulated VTOL/STOL Problem”, International Conference on Aerospace Science & Engineering,
December 2011
10. Dimitri Peaucelle and Hayat Khan, “LMI-based Design of Robust Adaptive Control for Linear Systems with Time-Varying Uncertainties”, STAB'08 International
workshop on stability and oscillations of nonlinear control systems, June 2008
Patents:
1. Hayat Muhammad Khan, Yang Jianhua and He Yenan, ” Single-screw controlled three-arm type lifting platform based on gear linkage”, Patent: CN107215806B, 18
October 2019
2. Hayat Muhammad Khan, Yang Jianhua and He Yenan, “Single-spiral controlled three-arm jack based on gear linkage”, Patent: CN107032253B, 22 October 2019
3. Hayat Muhammad Khan, Yang Jianhua and Jiang Xiabing, “High-maneuverability looper type creeping robot”, Patent: CN107830307B, 19 April 2019
4. Hayat Muhammad Khan, Jiang Xiabing and Yang Jianhua, ”Heavy load Scissor Lift Platform”, Patent: CN108408640A, 17 August 2018
5. Jiang Xiabing, Hayat Muhammad Khan, Yang Jianhua and Shi Jing, “Heavy load Scissor Lift Platform based on Multi-gear linkage”, Patent: CN108358109A, 03
August 2018
6. Jiang Xiabing, Hayat Muhammad Khan, Yang Jianhua and Shi Jing, “Uniformly distributed Scissor Cages Heavy load Lift Platform”, Patent: CN108190785A, 22 June
2018
7. Hayat Muhammad Khan, Jiang Xiabing, Yang Jianhua and Shi Jing, “Rolling guide based Scissor Cage Lift Platform”, Patent: CN108178091A, 19 June 2018
8. Hayat Muhammad Khan, Yang Jianhua and Jiang Xiabing, ”Central Gear Hub for Tri-Arm based Heavy load Lifting devices”, Patent: CN107963568A, 27 April 2018
9. Hayat Muhammad Khan, Yang Jianhua and Jiang Xiabing, “A highly maneuverable Vermicular Robot”, Patent: CN107830307A, 23 March 2018
10. Hayat Muhammad Khan, Yang Jianhua and He Yenan, ”Tri-Arm based Power Screws operated Lifting Platform”, Patent: CN107215806A, 29 September 2017
11. Hayat Muhammad Khan, Yang Jianhua and He Yenan, “Tri-Arm based Power Screws operated Automotive Jack”, Patent: CN107032253A, 11 August 2017
Thanks
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