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MCH T 214<br />

<strong>Tensile</strong> <strong>Test</strong> <strong>Report</strong>:<br />

The tensile test report is to be about 350 words long, and should describe the testing performed, the results<br />

obtained, and some discussion of the results and the errors possible in the data. The report should consist<br />

of four sections (Introduction, Results, Discussion and Conclusion) and two appendices. The content of<br />

each section is described below.<br />

Introduction:<br />

• Discuss the purpose of the laboratory experiment.<br />

• What are you going to talk about in the rest of the report<br />

Results:<br />

• Give the major results obtained in the testing. In the case of tensile testing, this will be the ultimate stress,<br />

yield stress and the modulus of elasticity.<br />

• Discuss the relative value of the results, comparing the strenght of cold- and hot-rolled steels and the<br />

aluminum specimen.<br />

• Include a table of result values. Remember that results do not include size information or the raw data<br />

obtained from the testing.<br />

Discussion:<br />

• Discuss the type of failure obtained in the testing. Were they ductile or brittle How do you know.<br />

• Can you determine the elastic limit from the data How about the proportional limit<br />

• The steel specimens were made of the same metal. One was hot-rolled and the other was cold-rolled.<br />

How did the manufacturing process effect the strength and ductility of the material<br />

• Discuss the similarity of the modulus of elasticity between the steel specimens.<br />

• How did the results obtained from this testing compare to published data for these metals<br />

• Possible sources of error include errors in cross-sectional measurement, the pen width, the position of the<br />

paper in the plotter. How much error do these factors contribute to the results obtained<br />

Conclusions:<br />

• Any conclusions that you can draw from the testing, data, calculations or other observations.<br />

Appendix A: Original test data<br />

• Include your copy of the test data plot.<br />

• Be sure to label the axes and the scale of the axes.<br />

• On each curve, show the location and magnitude of Sy and Su.<br />

Appendix B: Sample Calculations<br />

• Hand calculations done NEATLY on engineering calculation paper.<br />

• Show calculations for the following properties of the Cold-Drawn steel specimen: Sy, Su, E, %Elongation,<br />

%Reduction of Area.<br />

• Calculations:<br />

o Write a label to indicate what the calculations to follow are supposed to be finding.<br />

o Show the appropriate equation, substitute numbers with units, give the result with units.<br />

o Box or underline the final answer.


MCHT 214<br />

Laboratory <strong>Report</strong> Format<br />

~2.5”<br />

<strong>Tensile</strong> <strong>Test</strong> of a Brass Specimen<br />

Title: 14 point<br />

Arial Bold font,<br />

Centered<br />

~3.0”<br />

Your Name<br />

January 29, 2003<br />

MCH T 214, Section 1<br />

Personal Info:<br />

12 point Arial<br />

font, Centered<br />

1” Margin on all<br />

sides of the<br />

sheet.<br />

Sample <strong>Report</strong> Title Page<br />

Introduction:<br />

This is a report of…<br />

Section Title:<br />

12 point Arial<br />

Bold font,<br />

Skip ONE row<br />

between sections<br />

…blah, blah, will be shown.<br />

Results:<br />

Text of the <strong>Report</strong>:<br />

10 point Arial font<br />

DOUBLE SPACE<br />

You may want a<br />

table of the<br />

primary result<br />

values<br />

Discussion:<br />

Conclusions:<br />

1” Margin on all<br />

sides of the<br />

sheet.<br />

Sample Body of the <strong>Report</strong>


~2.5”<br />

Appendix A<br />

Original <strong>Test</strong> Data<br />

Title: 14 point<br />

Arial Bold font,<br />

Centered<br />

Appendix B<br />

Sample Calculations<br />

Typical Appendix Title Sheet<br />

STAPLE HERE!<br />

“X-axis” –<br />

independent<br />

variable<br />

“Y-axis” –<br />

dependent<br />

variable<br />

• Make graphs as large as<br />

possible.<br />

• Have a title on the graph.<br />

• Label the axes with UNITS.<br />

• Identify the lines shown on a<br />

graph.<br />

• Almost all Excel graphs<br />

should be XY(Scatter)<br />

charts.<br />

Sample Graph Layout

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