MOM Lab Exp 6
COLLEGE OF ENGINEERING
SEMESTER 2 (2014/2015)
MECHANICS OF MATERIALS LABORATORY
FORMAL LAB REPORT
TITLE OF EXPERIMENT: THIN CYLINDER
DATE CONDUCTED: MONDAY, 17 NOVEMBER 2014
DUE DATE: MONDAY, 23 NOVEMBER 2014
COURSE: MECHANICAL ENGINEERING
SUBJECT CODE : MEMB221
SECTION: 01
GROUP NO: 4
INSTRUCTOR: MR DINESH
STUDENT NAME
STUDENT ID
NUR SYAZWAN BIN ABDU SALEEM
ME093527
NUR ILANE BINTI ABDUL AZIZ
ME092018
NUR SYADZA ZAKARIA
ME092024
SHARMINI VIJAYAN
ME091966
AINEE NAQUIAH BINTI ABU KASSIM
ME092012
1
TABLE OF CONTENT
TITLE
PAGE
SUMMARY/ABSTRACT
3
OBJECTIVE
4
THEORY
4
EQUIPEMENT/DESCRIPTION OF EXPERIMENTAL APPARATUS
13
PROCEDURE
17
DATA & OBESERVATIONS
19
ANALYSIS & RESULTS
21
DISCUSSIONS
23
CONCLUSIONS
29
REFERENCES
29
2
ABSTRACT
Research is conducted from the students using this thin cylinder piece of equipment
(SM1007) to measure the stress and strain inside the thin wall tube. It is to determine the difference of strains obtained when a couple of separate conditions are usually tested.
Through this experiment, students will be able to study the strain and strains within two different stop conditions mentioned, which might be open ends conditions and closed stop conditions. The main difference between the two of these end conditions is the open ends condition doesn't have any longitudinal component regarding stress as there is absolutely no end constraint whereas within the closed end issue, longitudinal stress along with circumferential stress will do something about the walls from the cylinder.
Using the information which are this strains readings obtained, graphs are plotted respectively one example is using direct hoop stress versus hoop strain to analyze the actual
Fresh Modulus, E. Whilst, the next graph plotted with be longitudinal strain vs . hoop strain and from the gradient of this graph, the Poisson’s ratio can be had. With the fraction of error calculated and also the graphs plotted examined, the students will be
SEMESTER 2 (2014/2015)
MECHANICS OF MATERIALS LABORATORY
FORMAL LAB REPORT
TITLE OF EXPERIMENT: THIN CYLINDER
DATE CONDUCTED: MONDAY, 17 NOVEMBER 2014
DUE DATE: MONDAY, 23 NOVEMBER 2014
COURSE: MECHANICAL ENGINEERING
SUBJECT CODE : MEMB221
SECTION: 01
GROUP NO: 4
INSTRUCTOR: MR DINESH
STUDENT NAME
STUDENT ID
NUR SYAZWAN BIN ABDU SALEEM
ME093527
NUR ILANE BINTI ABDUL AZIZ
ME092018
NUR SYADZA ZAKARIA
ME092024
SHARMINI VIJAYAN
ME091966
AINEE NAQUIAH BINTI ABU KASSIM
ME092012
1
TABLE OF CONTENT
TITLE
PAGE
SUMMARY/ABSTRACT
3
OBJECTIVE
4
THEORY
4
EQUIPEMENT/DESCRIPTION OF EXPERIMENTAL APPARATUS
13
PROCEDURE
17
DATA & OBESERVATIONS
19
ANALYSIS & RESULTS
21
DISCUSSIONS
23
CONCLUSIONS
29
REFERENCES
29
2
ABSTRACT
Research is conducted from the students using this thin cylinder piece of equipment
(SM1007) to measure the stress and strain inside the thin wall tube. It is to determine the difference of strains obtained when a couple of separate conditions are usually tested.
Through this experiment, students will be able to study the strain and strains within two different stop conditions mentioned, which might be open ends conditions and closed stop conditions. The main difference between the two of these end conditions is the open ends condition doesn't have any longitudinal component regarding stress as there is absolutely no end constraint whereas within the closed end issue, longitudinal stress along with circumferential stress will do something about the walls from the cylinder.
Using the information which are this strains readings obtained, graphs are plotted respectively one example is using direct hoop stress versus hoop strain to analyze the actual
Fresh Modulus, E. Whilst, the next graph plotted with be longitudinal strain vs . hoop strain and from the gradient of this graph, the Poisson’s ratio can be had. With the fraction of error calculated and also the graphs plotted examined, the students will be