Torsion Testing

Torsion Testing

Tan Wei Hong
                              Group Members : Merisa Gunawan
                                                            Ng Boon Keat
                                                            Chin Yong Yao
                                                                   

School of Engineering
Taylor’s University
Date of Experiment:22/10/2012 |
Report due date:29/10/2012 |
Report submission date:29/10/2012 |
Checked by: |

Item/marks | |
Format/10 | |
Abstract and Introduction/10 | |
Figures and Diagrams/15 | |
Materials and Method/10 | |
Results Discussions/45 | |
References/10 | |
Total | |

Date of Experiment:22/10/2012 |
Report due date:29/10/2012 |
Report submission date:29/10/2012 |
Checked by: |

Item/marks | |
Format/10 | |
Abstract and Introduction/10 | |
Figures and Diagrams/15 | |
Materials and Method/10 | |
Results Discussions/45 | |
References/10 | |
Total | |

Malaysia
22 October 2012

Table of Contents

Abstract 2
1.0   Introduction 2-3

2.0   Experiment Design 4-5
        2.1   Apparatus and Materials
        2.2   Procedure
 
3.0   Results and Discussion 6-7
        3.1   Tables
        3.2   Graphs

4.0   Analysis 8-10

5.0   Conclusion and Recommendations 10

References 10

1
ABSTRACT
This experiment “Torsion Testing” is design to investigate and compare the characteristic of brittle and ductile materials under the effect of torsion. At the meantime, the Torsional rigidity (GJ), Modulus of Rigidity (G) and the shear yield stress (for ductile materials, mild steel and brass is calculated. The values of GJ, G and  can be obtained through calculation and by rotating the specimen with the loading device, the torque experienced by the specimen is displayed.
From this experiment, conductor is able to distinguish brittle and ductile material. Conductor... [continues]

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