home
EMM213 STRENGTH OF MATERIALS
0%
Previous
Course data
General
Announcements
Week 1 Chapter 1 STRESS
Teaching & Learning Plan (Dr Inzarul)
C1 Stress Introduction note
Chapter 1 Stress Mecmovie M1.1 Note
Mecmovie
Quiz 1 Detail calculation
Tutorial 1 Normal Stress 13/10/2020
19 October - 25 October
Mecmovie M1.12 Note
Quiz 2 Stresses on Inclined Section
Quiz 2 Detail calculation (OPTIONAL)
Quiz 3 detail calculation (compulsory)
26 October - 1 November
Chapter 1 Stress Revise Note
Chapter 1 Stress Revise note
Mecmovie M4.1 Beam-strut stucture factors of safety
Mecmovie M4.2 Design bolts for splice plate connection
Mecmovie M4.3 Load capacity of beam-strut structure
An introduction to stress and strain (youtube)
Mechanics of Materials Lecture: Stress
Mechanics of Materials Lecture 01: Introduction (Dr. Wang)
2 November - 8 November
Chap 4 Design Concept (Allowable Stress Design)
Example 4_1 (Mechanics of Materials, Philpot)
Chapter 4 Design Concept (textbook)
Mecmovie M4.1 Note
Mecmovie M4.2 Note
Mecmovie M4.3 Note
Assignment 1 M1.1
Quiz 6 bell crank detail calculation
Note on Design Consideration
Brief Note on +ve/-ve sign in equilibrium
Assignment 2 Note for Webex Session 5.11.20
9 November - 15 November
Chapter 7 Equilibrium of Beams, copy of textbook
Chapter 7 Equilibrium of beams, video by Dr Inzarul
Chapter 7 Equilibrium of Beams, PDF slides
Chapter 7 Equilibrium of Beam, lecture note by Mr David
Note +ve -ve sign
Method of sections
Method of Section, SFD & BMD, video IGTV
Example 7.1 (textbook) Assume different direction
Example 7.1-7.5 (copy from textbook Philpot)
Example7_2 explanation video IGTV
Assignment 3 Note taking
Quiz 7 Detail calculation
16 November - 22 November
Lecture Note: Axial Deformation
Tutorial: Axial Deformation
Tutorial Axial Deformation - Solution
Axial Deformation: Assignment 1
23 November - 29 November
Tutorial: Axial Deformation (Thermal Effect)
Tutorial Axial Deformation (Thermal Effect) - Solution
Lecture Note: Torsion
7 December - 13 December
PBL Report: Submission (12/12/20)
PBL Bending Stress Assignment 7.12.20
Tutorial Assignment, Example 7.5
Chapter 7 Equilibrium of Beam pg 219 - 236
Self study note assignment
Example of seif-study note
14 December - 20 December
Quiz Example 8.1 (9.30 am)
Test 1 - Axial Deformation & Torsion
Moment of inertia: Answer for optional re quiz
21 December - 27 December
Self study 21.12.20 & Assignment Quiz8.2
Tutorial Shear stress in Beams (22.12.20)
Chapter 9.2 copy from textbook
Calculation in chapter 9.2 textbook
Dimension/data of beam for the tutorial
Chapter 9.4 The first moment of area Q
9.4 First moment of area, copy of textbook
Understanding Stresses in Beam (youtube video)
Dimension for I-shape beam cross section
dimension for I shaped beam
28 December - 3 January
Chapter 9.3 The Shear stress Formula 28.12.20
Understanding stress in beams
CALCULATION OF I_z
Answer for Q and flexural shear stress 28.12.20
Note for Chapter 9 (9.2,9.3,9.4 & 9.8)
Assignment 9.3 (recalculation) Shear stress in beams (3-3.30 pm)
Assignment 9.8 Shear flow in Built-up Members (3.30 - 4 pm)
Assignment 9.3 Shear stress in beams (recalculate) ANSWER
Assignment 9.8 Shear flow ANSWER
TEST 2 Question 1 (8.30-9.00 am)
Test 2 Question 2 (9.00-9.30 am)
Introduction to Stress Transformation
Self study assignment: Introduction to Stress Tranformation
Assignment Stress Transformation: Data
4 January - 10 January
Stresses caused by combined loadings, lecture by Dr Yiheng Wang
Self study assignment 15.2 Combined axial & torsional loads (Example 15.1 & Mecmovie M15.1)
EXAMPLE@option1 of self study note assignment 4.1.21
Example@option2 self study note assignment
Example@option3 self study note assignment
Example 12.5 (Textbook) Stress Transformation
Tutorial Assignment 15.1
TEST 3: Answer Format
Self-study Assignment Mecmovie M15.5
Example of Assignment related to Mecmovie M15.5
Test 3 (9.00-9.30 AM)
Test 3 (Question)
Test 3 (data)
Assignment M15.5 (9.45-11 AM)
TEST 3 ANSWER
Assignment M15.5 ANSWER
11 January - 17 January
Lecture Note: Stress Transformation Part 1
TEST 4 ANSWER FORMAT
TEST 4 ANSWER FORMAT UPDATED
TEST 4 QUESTION
TEST 4 data
Lecture Note: Mohr's Circle
Assignment: Mohr's Circle
TEST 4 ANSWER updated
18 January - 24 January
Lecture Note: Strain Transformation
Result of Test 3 & Test 4 (draft)
Re-test Answer format
Re-test Question 1 (11 -11.15 am)
Re-test Question 1 data (11-11.15 AM)
Re-test, Question 2 (11.15-11.45 am)
Re-test, Question 2 data (11.15-11.45 AM)
RE TEST Answer Q2
25 January - 31 January
TEST 5 - Stress & Strain Transformation (Mohr's Circle)
Next
home
Side panel
Course Archive
Sidang 2019/2020
Course search
Helpdesk
Log in
Log in using your account on
Login For Admin/Guest
EMM213 STRENGTH OF MATERIALS
Home
Skip to main content
Course info
Home
Courses
ENGINEERING
SCHOOL OF MECHANICAL ENGINEERING
Semester I
EMM213 STRENGTH OF MATERIALS
Summary
EMM213 STRENGTH OF MATERIALS
TO ENCHANCE STUDENT KNOWLEDGE ON THE BASIC PRINCIPLES OF SOLID MECHANICS AND DESIGN PROBLEM SOLUTION
Lecturer:
DR. INZARULFAISHAM BIN ABD RAHIM
Lecturer:
DR. NORWAHIDA BINTI YUSOFF
Lecturer:
IR. DR. AHMAD FIKRI BIN MUSTAFFA
Lecturer:
PROFESOR DR. ZAIDI BIN MOHD RIPIN
Skill Level
:
Beginner