Week 1_ Lab Report Template
pdf
keyboard_arrow_up
School
University of California, Irvine *
*We aren’t endorsed by this school
Course
107
Subject
Aerospace Engineering
Date
Apr 3, 2024
Type
Pages
8
Uploaded by AmbassadorBearMaster835
MAE 107 Lab Report #? Spring 2023
Your Name (or names of Team members) (10 pt) 1 Your Name (or names of Team members): (# ID/#IDs) Instructor: TA: Prof
. Sherif
Hassaan
Corresponding to the lab session (12 pt)
Summary (14 pt) Title (16 pt) A summary is required at the beginning of each report. It is an important part of the report. It should be thought of as a report to your boss informing them about the results and conclusions. It should concisely describe the lab experience and work, the procedure, the main results (including important actual numerical results), and the conclusions and recommendations. The summary must be double- spaced and 1-2 pages long. The entire report, including sample calculations, must be typed using Times New Roman
as font. Pages need to be numbered. (12 pt)
Your Name (or names of Team members) (10 pt) 2 Questions (14 pt) Answer the questions with concise and complete sentences. MAE 107 Lab Report #? Spring 2023
Your Name (or names of Team members) (10 pt) 3 Tables (14 pt) Results and data are often presented in tables. Every table should be self-explanatory; it should have a title, columns should be labeled with symbols and units as appropriate. Take care to format the tables so that they are readable. Do not submit tables that spill over to extra pages. Voluminous tabular data can be put in an Appendix. Table 1: Experimental data sorted into bins. (10 pt) Run Time (s) Volume (ml) Q (ml/s) 1 10.2 540 52.9 2 13.3 685 51.5 3 11.4 580 50.9 4 10.8 565 52.3 5 10.3 530 51.5 6 9.9 515 52.0 7 12.4 650 52.4 8 11.8 605 51.3 9 10.0 520 52.0 MAE 107 Lab Report #? Spring 2023
Your preview ends here
Eager to read complete document? Join bartleby learn and gain access to the full version
- Access to all documents
- Unlimited textbook solutions
- 24/7 expert homework help
Your Name (or names of Team members) (10 pt) 4 Graphs (14 pt) Graphs can convey a lot of information if properly done. Often the default graphs from programs like Excel or Matlab are poor. Graphs must meet the following minimum criteria: 1.
Type: Choose the type of plot that best fits the experiment: linear-linear, semi-log for experiments
that obey exponential decay, log-log for power-law formulas, etc. Also, use specialized pre-
printed charts when available, i.e., thermodynamic P-h charts for specific refrigerants, Mollier
charts for steam, etc.
2.
Axes: Usually the independent variable goes on the X-axis and the dependent variable on the Y- axis. In either portrait or landscape mode, the X-axis is the horizontal axis and the Y-axis is the
vertical one. When landscape plots are included in the report, they must be oriented so that the
top of the plots is on the left of the page. In other words, the graph should be readable by
performing a 90 deg clockwise rotation of the page.
3.
Scaling: The numeric scales and divisions chosen for the axes should span the range of the data
and have logical, easy-to-read major and minor numbers. Note that most of spreadsheet default
initial plots generate their own divisions that are usually poor. You will have to select options to
force your own choices. If present, clear the default gray background.
4.
Labels & Caption: Every plot must have a caption that clearly summarizes the shown data. Axes
are to be labeled with units. If a plot contains several symbols/lines, they must be identified in a
legend or in the caption.
5.
Data & Equations: Measured data are to be shown as individual points. You can connect the points
with dashed-line segments. Results from trend lines, least-square fits or theoretical equations are
to be shown as continuous lines.
MAE 107 Lab Report #? Spring 2023
Your Name (or names of Team members) (10 pt) 5 Figure 1: Stationkeeping profile consisting of 21 stationkeeping maneuvers (SKM) for a simulated mission about a L3 quasihalo orbit in the Earth-Moon circular restricted three-body problem. Delta-v are measured in cm/s. The dotted red line represents the average delta-v per maneuver, which in this mission simulation is equal to 1.4 cm/s. MAE 107 Lab Report #? Spring 2023
Your Name (or names of Team members) (10 pt) 6 é
m ù
é
m ù
é
m
2 ù
1000 ë
mm û
s û
Sample Calculations (14 pt) Sample calculations are required with all units carefully indicated, so that any errors in the analysis can be easily traced. Show how units cancel. Re
=
=
8.63
×
10
3
MAE 107 Lab Report #? Spring 2023
Your preview ends here
Eager to read complete document? Join bartleby learn and gain access to the full version
- Access to all documents
- Unlimited textbook solutions
- 24/7 expert homework help
Your Name (or names of Team members) (10 pt) 7 References (14 pt) Include all the external references, such as books, scientific journal papers, websites, etc. [1]
V. Szebehely. Theory of Orbits: The Restricted Problem of Three Bodies, Academic Press, New
York, 1967. [2]
M. Maggia, K. D. Mease, Flow Structure Identification for Nonlinear Dynamical Systems via
Finite-Time Lyapunov Analysis
, Math. Model. Nat. Phenom. Vol. 10, (2015), No. 3, pp. 91–104. [3] NASA - James Webb Space Telescope Website https://jwst.nasa.gov/
MAE 107 Lab Report #? Spring 2023
Your Name (or names of Team members) (10 pt) 8 Appendix (14 pt) If needed, include one or more appendices after the References section. In case of multiple appendices, name them as: Appendix A, Appendix B, etc. MAE 107 Lab Report #? Spring 2023