ERT146 ENGINEERING MECHANICS - STATICS & DYNAMICS NILAI UNIT/NUMBER OF UNIT: 3 JENIS KURSUS/COURSE...
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Transcript of ERT146 ENGINEERING MECHANICS - STATICS & DYNAMICS NILAI UNIT/NUMBER OF UNIT: 3 JENIS KURSUS/COURSE...
ERT146ENGINEERING MECHANICS
- STATICS & DYNAMICS
NILAI UNIT/NUMBER OF UNIT: 3 JENIS KURSUS/COURSE TYPE: TERAS/CORE
Knowledge Sincerity Excellence
INTRODUCTION
BACKGROUND
ANALYSIS OF STRUCTURE
Knowledge Sincerity Excellence
Name: Ibni Hajar bin Haji Rukunudin (Ph. D, P. Eng)
Office: PPK BioprocessHours: Tues/Frid 11:00am – 12:00 pmEmail: [email protected]: +60192829878
Academic: B. Eng. (Agricultural) 79 UPM M App Sc (Food Eng) 84 UNSW, Syd, AUS. Ph.D (Ag Engineering) 97 Iowa State U, Ames, Iowa,
USA (Research Excellence Award)
Prof Membership: Professional Eng (BEM) Corporate Member (IEM) Corporate Member American Society of Agricultural
and Biosystems Eng (ASABE)
Last Post: Director Mechanization and Automation Research Center MARDI, Serdang, Selangor
INSTRUCTOR
Course Outline
INTRODUCTION
BACKGROUND
Instructor
Policy
Home work Spec
ANALYSIS OF STRUCTURE
Knowledge Sincerity Excellence
COURSE OUTLINE
HASIL PEMBELAJARAN/LEARNING OUTCOMES: At the end of the course, students are expected to be: i. Ability to apply the basic principles of statics and dynamics on mechanism and bodies ii. Ability to analyse systems/problems related to forces, loads, displacement of bodies at rest. iii. Ability to apply systems/problems related to forces, loads, displacement, velocity and acceleration of bodies in motion
SUMBANGAN PENILAIAN/EVALUATION CONTRIBUTION:PEPERIKSAAN/EXAMINATION: 70% MIDTERM EXAMS 1: 10% MIDTERM EXAMS 2: 10% FINAL EXAMS: 60%KERJA KURSUS/COURSE WORK: 20% ASSIGNMENT/QUIZ: 20%
TEXT BOOK:R. C. Hibbeler. 2010. Engieering Mechanics: Statics and
Dynamics, 12th Edition, Pearson Prentice Hall.
Course Outline
INTRODUCTION
BACKGROUND
Instructor
Policy
Home work Spec
ANALYSIS OF STRUCTURE
Knowledge Sincerity Excellence
COURSE POLICY
POLICY CONCERNING WOMEWORK
All problems sets shall conform to the “Homework Specifications” (as attached); those problems set not conforming to these specifications shall have points deducted by the tutor. Homework is to be turned in at the beginning of the period in which it is due. LATE HOMEWORK IS NOT ACCEPTED UNLESS WITH GOOD REASONS/EXPLAINATIONS.
POLICY CONCERNING QUIZES
Quizzes are to be administered during the final 15 minutes of a particular lecture. The quizzes are CLOSED BOOK/CLOSED NOTES. The 6 best quiz scores (out of 8) shall be counted towards the final grade. Missed quizzes can not be made up. If a student misses a quiz, a grade of zero will be assigned as the score for that quiz. If however, a quiz is missed for an exceptional (and legitimate) reason, the average score of the remaining quizzes will be substituted for the missing quiz. MARKS MUST BE EARNED NOT GIVEN
POLICY CONCERNING EXAMS 2The 60 minutes exam is CLOSED BOOK/CLOSED NOTES. Missed examinations can not be made up.
Course Outline
INTRODUCTION
BACKGROUND
Instructor
Policy
Home work Spec
ANALYSIS OF STRUCTURE
Knowledge Sincerity Excellence
HOMEWORK SPECIFICATIONS
1. DIAGRAM AND SKETCHES:a. neatly drawn - due attention to correct proportions and parts.b. large enough to clearly show detailc. complete (ie all necessary quantities shown and properly labeled)
2. SOLUTIONSa. Begin each problem on a new pageb. Show all important steps in the solutionc. Symbols must have their meanings clearly defined or shown on a
diagram; except the physical constants commonly used.d. Answer must include Units
Course Outline
INTRODUCTION
BACKGROUND
Instructor
Policy
Home work Spec
ANALYSIS OF STRUCTURE
Knowledge Sincerity Excellence
HOMEWORK SPECIFICATIONS
3. FORMSa. Preferably use engineering pad for all computation.b. The heading at the top of each sheet must include Name, Matric
No, Date, Problem Set Number and Sheet No/Of total noc. Letter or write legiblyd. Use only one side of the papere. Staple sheets together
Course Outline
INTRODUCTION
BACKGROUND
Instructor
Policy
Home work Spec
ANALYSIS OF STRUCTURE
• The basis/backbone of all engineering disciplines and mechanical sciences: – civil and agricultural & biosystems
engineering, – materials science and engineering, – mechanical engineering and – aeronautical and aerospace engineering– etc
Roots in physics and mathematics
Knowledge Sincerity Excellence
Why study Engineering Mechanics
INTRODUCTION
BACKGROUND
ANALYSIS OF STRUCTURE
Why study eng mechanics
Relationship in daily life
What it is
• There is hardly a device used in daily life which does not involve some concept of mechanics
Knowledge Sincerity Excellence
Engineering Mechanics – its relation to daily life
INTRODUCTION
BACKGROUND
ANALYSIS OF STRUCTURE
Why study eng mechanics
Relationship in daily life
What it is
MRR 2
Kuala Dipang
Knowledge Sincerity Excellence
eg. KUALA DIPANG BRIDGE COLLAPSE
INTRODUCTION
BACKGROUND
ANALYSIS OF STRUCTURE
Why study eng mechanics
Relationship in daily life
What it is
MRR 2
Kuala Dipang
Knowledge Sincerity Excellence
eg. MRR2 HIGHWAYINTRODUCTION
BACKGROUND
ANALYSIS OF STRUCTURE
Why study eng mechanics
Relationship in daily life
What it is
MRR 2
Kuala Dipang
• Engineering mechanics is the discipline devoted to the solution of mechanics problems through the integrated application of mathematical, scientific, and engineering principles.
• Engineering Mechanics provides the "building blocks" of statics, dynamics, strength of materials, and fluid dynamics
What it isINTRODUCTION
BACKGROUND
ANALYSIS OF STRUCTURE
Why study eng mechanics
Relationship in daily life
What it is
MRR 2
Kuala Dipang
• Knowledge Sincerity Excellence
• Engineering Mechanic – is a learning about mechanical interaction between bodies
• forces that act on bodies and the resultant motion that those bodies experience
• and how they then balance to keep each other in equilibrium. That will be done in the first part of the course. So in the first part we will be dealing with STATICS.
What it isINTRODUCTION
BACKGROUND
ANALYSIS OF STRUCTURE
Why study eng mechanics
Relationship in daily life
What it is
MRR 2
Kuala Dipang
• In the second part we then go to the motion of particles and see how does the motion of particles get affected when a force is applied on them. We will first deal with single particles and will then move on to describe the motion of rigid bodies – DYNAMICS
What it isINTRODUCTION
BACKGROUND
ANALYSIS OF STRUCTURE
Why study eng mechanics
Relationship in daily life
What it is
MRR 2
Kuala Dipang
• Knowledge Sincerity Excellence
The basis of all solutions to mechanics problems are the Newton's laws of motion in one form or the other.
What it isINTRODUCTION
BACKGROUND
ANALYSIS OF STRUCTURE
Why study eng mechanics
Relationship in daily life
What it is
MRR 2
Kuala Dipang
• Knowledge Sincerity Excellence