COURSE DELIVERY PLAN. Engineering Statics Semester 1

Transcription

1 COURSE DELIVERY PLAN ENT /15 Session Engineering Statics Semester 1 Class Schedule (RK24) : Tuesday (2.00pm 4.00pm): BKN6 Thursday (.00pm 4.00pm): BKN6 Tutorial Schedule (RK24) : Monday (11.00am 1.00pm): MN4A1 (Group 1) Tuesday (12.00pm 2.00pm): MN4A1 (Group 2) Lecturers : Dr. Khairul Salleh Bin Basaruddin (Mechatronic Programme) Room No. 5, PPK Mekatronik, Kampus Pauh Putra khsalleh@unimap.edu.my Dr. Mohd Noor Arib Bin Md Rejab (Mechanical Programme) 2nd Floor, PPK Mekatronik, Kampus Pauh Putra mnarib@unimap.edu.my Dr. Fauziah Mat (Ex-Diploma) Room No. 59, PPK Mekatronik, Kampus Pauh Putra fauziah@unimap.edu.my Teaching Engineer: Mr. Mohd Khairul Faizi Abd Rahman Technician : Mr. Norzarul Asri Kamis Synopsis : The objective of the course is to look into problems related to mechanics concepts in static conditions. This course deals with balanced force systems applied to rigid-bodies that are at rest. Methods to determine support reactions and relationships between internal and external forces, as well as internal force distribution will be introduced in this course. This course is important as it serves as pre-requisite and fundamental in later engineering courses. Course Materials : Textbooks: 1. R.C. Hibbeler. Engineering Mechanics: Statics 1th ed, Prentice Hall. (201) References: 1. Michael E Plesha, Gary L Gray, Coztanzo, Engineering Mechanics (Statics) McGraw Hill (201) 2. Beer and E.R. Johnson Jr., Vector Mechanics tor Engineer: Statics 7th ed. In SI Units, McGraw Hill, J.L. Meriam L.G. Kraige, Engineering Mechanics: Statics 7th ed., John Wiley and Sons. (200)Jerry Faulk, Al Sutko Assesment : a) Midterm Exam =10% b) Quizzes (4 x 5%) =20% c) Assignment (2 x 5%) =10% d) Final Exam =60%

2 COURSE DELIVERY AND ASSESSMENTS PLAN Course Outcome, CO Curriculum Course Contents Level of Complexity Delivery/Assessments Quizzes Assignment Final Midterm 60% 10% 20% 10% Tutorial CO1: Ability to draw and use the Free Body Diagram (FBD) to solve Introduction to Statics Explain concept of statics. Force Vector Solve operation of vector, summation for the plane system, coordinate vector, directed force vector inline, matrix summation. Equilibrium of a particle Explain particle equilibrium, free body diagram, plane force system. C4 Q1 Q2 Q1 Quiz 1 T1 CO2: Ability to solve Two Dimensional (2-D) Force System Resultants Explain force moment system, the principle of moment, bending moment, resultant of force and bending system, simple distributed load. Rigid Body Equilibrium Analyze and Discuss state of rigid body equilibrium system and equilibrium in 2D. Structural Analysis Explain connecting method, zero force members, method of cutting, truss, frame and machine. Friction Explain dry friction, wedge problems, application of friction force. C6 Q Q4 Q5 Q2 Quiz 2 Assignment 1 (W5) T2

3 Course Outcome, CO Curriculum Course Contents Level of Complexity Delivery/Assessments Quizzes Assignment Final Midterm 60% 10% 15% 15% Tutorial CO2: Ability to solve Two Dimensional (2-D) Center of Gravity and Centroid Explain and Analyze center of gravity and center of mass for a particle system, center of gravity, center of mass and centroid for composite body. Moment of Inertia Explain moment of inertia of area, theory of parallel axis and radius of gyration. Calculate moment of inertia of area using integration, moment of inertia of area for composite areas. CO: Ability to solve Three Dimensional (-D) Equilibrium of a particle Explain and Calculate D force system. Force System Resultants Explain force moment system, the principle of moment, bending moment, resultant of force and bending system, simple distributed load. Rigid Body Equilibrium Analyze and Discuss state of rigid body equilibrium system and equilibrium in D. Structural Analysis Explain connecting method, zero force members, method of cutting, truss, frame and machine. Friction Explain dry friction, wedge problems, application of friction force. C6 Q6 Q7 Quiz Quiz 4 Assignment 2 (W12) T

4 Course Outcome, CO Curriculum Course Contents Level of Complexity Delivery/Assessments Quizzes Assignment Final Midterm 60% 10% 15% 15% Tutorial CO: Ability to solve Three Dimensional (-D) Center of Gravity and Centroid Explain and Analyze center of gravity and center of mass for a particle system, center of gravity, center of mass and centroid for composite body. Moment of Inertia Explain moment of inertia of area, theory of parallel axis and radius of gyration. Calculate moment of inertia of area using integration, moment of inertia of area for composite areas.

5 TEACHING PLAN Week Chapter Lecture Assignment/ Quiz/ Mid Term 1 Introduction to Statics Introduce the concept of statics. 2 Force Vector Introduce operation of vector, Discuss and solve summation for the plane system, coordinate vector, directed force vector inline, matrix summation result. Force Vector Introduce operation of vector, Discuss and solve summation for the plane system, coordinate vector, directed force vector inline, matrix summation result. 4 Equilibrium of a particle Particle equilibrium, free body diagram, plane force system, D force system. 5 Equilibrium of a particle Particle equilibrium, free body diagram, plane force system, D force system. 6 Force System Resultants Force moment system, the principle of moment, bending moment, resultant of force and bending system, simple distributed load. 7 Force System Resultants Force moment system, the principle of moment, bending moment, resultant of force and bending system, simple distributed load. 8 Rigid Body Equilibrium Analyze and discuss state of rigid body equilibrium system, equilibrium in 2D, and equilibrium in D. 2 Quiz 1 Assignment 1 Mid Term MID-SEM BREAK Laboratory/Tutorial Tutorial 1

6 9 Rigid Body Equilibrium Analyze and discuss state of rigid body equilibrium system, equilibrium in 2D, and equilibrium in D. 10 Structural Analysis Connecting method, zero force members, method of cutting, truss, frame and machine. 11 Structural Analysis Connecting method, zero force members, method of cutting, truss, frame and machine. 12 Friction Dry friction, wedge problems, application of friction force. 1 Center of Gravity and Centroid Center of gravity and center of mass for a particle system, center of gravity, center of mass and centroid for composite body. 14 Moment of Inertia Moment of Inertia of area, theory of parallel axis and radius of gyration, moment of inertia of area using integration, moment of inertia of area for 2 Quiz 2 Tutorial 2 2 Quiz Assignment 2 Tutorial 2 Quiz 4 Tutorial 4 composite areas 15 MINGGU ULANGKAJI / REVISION WEEK 16 PEPERIKSAAN AKHIR SEMESTER / FINAL EXAMINATION