Task # ??
Title Line 1
Title Line 2 (or leave it in blank)
Submitted as a partial requirement
for the course INME 4235: Section ???
Mechanical Engineering Lab I
B.S. in Mechanical Engineering Department
University of Puerto Rico at Mayagüez, Mayagüez, PR
Report by:
Name of Student (last names first)
Team Members of Group # 1 (change it accordingly):
Name of Student 1 (last names first)
Undergraduate Student at Mechanical Engineering Department
University of Puerto Rico at Mayagüez, Mayagüez, PR
Name of Student 2
Undergraduate Student at Mechanical Engineering Department
University of Puerto Rico at Mayagüez, Mayagüez, PR
Name of Student 3
Undergraduate Student at Mechanical Engineering Department
University of Puerto Rico at Mayagüez, Mayagüez, PR
Name of Student 4
Undergraduate Student at Mechanical Engineering Department
University of Puerto Rico at Mayagüez, Mayagüez, PR
Faculty Advisor:
Vijay K. Goyal, PhD
Professor at Mechanical Engineering Department
University of Puerto Rico at Mayagüez, Mayagüez, PR
September 2010
Task # ??: Title
_______, ______,
_______________ and _______________________
(Summary)
Include Task
Assignment
Page here…
Objective
(State the main objectives of the task. What do you seek to determine?)
Approach
(Explain how the objectives will be met. In this section, introduce the experimental setup that will
be used to gather data and the equations that will be used to proceed from your raw data to the
results. This section may take more than one page.)
Results and Discussion
(Use graphs and/or tables to display your results. Make sure to label these items
properly. When using graphs, label the axes with variable names and units. The
independent variable should always be on the x-axis and the dependent variable on
the y-axis. Then, briefly discuss the results, i.e., given the results obtained, how
should the results be interpreted to reach conclusions relevant to the experimental
objectives?)
Conclusions
(Use State what has been learned through the experiment with regards to each specific objective.
I repeat: be specific! It would be inadequate to conclude, “the results were good” or “we
achieved the goals of our experiment”. You must provide conclusive statements about your
initial inquiries. For example, if you wanted to find the calibration errors of a temperature
measurement device, you could conclude: “The linearity error of this device was 1% of full
scale. Hysteresis was 0.5% FS. Considering only these two sources of error, the overall error of
the device is 1.12% FS, or ± 2.2°C.”)
References
(Text)
Any books, manuals, journal papers, web sites, and patents you have consulted in
preparing this report.
Appendix A. Data and Calculations
(In order for graders to evaluate your work better, present the raw data and give
examples of your calculations)