1. October 17, 2016 Syllabus Training Tutorials Oral 1 Feedback
Important Dates
Interim Report Format
Theory
References

2. Syllabus – Rev E 8 M 10/17 W 10/19 Theory Unit Prob.
Unit Prob.
Mike Townsend, Oral Feedback/References, Theory Marketing Dr. Mary Caravella Oral 1 Feedback 9
M 10/24 W 10/26
References
PE Licensing (CT Society of Prof Eng) M. Austin Oral 1
Oral 1 Feedback 10
M 10/31 W 11/2
T of Cntnts
Interim Report Format, References, ToC
Quality and Reliability ( Dr. Krishna Pattipati) 11
M 11/7 W 11/9
Theory section Feedback/Reports 12
M 11/14 W 11/16
Assessment
Data Visualization – Dr. Barber 13
M 11/21 W 11/23
Thanksgiving break – no class Thanksgiving break – no class

3. Unit Problem Assignment
Cover Page
2nd page – list of unit problems you expect to run for your project
3rd page – summary of any problems that you have been able to run
Set up
Results
Comparison to known solution

4. Computer Tutorials Ansys on site Oct 27/28 Star CCM Abaqus
Note from Chris Penny
The Steve Portal
Prof. Pasaogullari presentation
EII Lab Thurs 9-11
Abaqus
Waiting for response

5. Oral 1 Feedback Meet with teams (Moreno and Weber)
Wednesday 10/19 – 18 teams
Monday 10/24 – 18 teams
Wednesday 10/26 - remaining teams
Schedule on Web Page

6. Important Dates April 28, 2017 Monday Nov 28 Interim Reports submitted
194 days
Monday Nov 28 Interim Reports submitted
2 copies (1 color to me, 1 b/w to advisor – ask format)
Copy in \\meseniordesign
Friday Dec 9 Intersession Plan due
Wednesday Dec 14 Interim Reports returned to teams with comments
Monday January 17 corrected Interim reports in your folder

7. Interim Report Format Cover Page i Abstract/Executive Summary
ii Table of Contents
iii List of Figures
iv Nomenclature/Glossary
I. Introduction……………………………page #
II. Problem Statement…………………..page #
III. Theory
Governing equations
Your modeling
Test rig
IV. Design/Analysis
V. Results
Model validation
VI. Schedule
VII. Summary
VIII. References
IX. Appendices

14. Nomenclature/Glossary
List in Alphabetical Order
English first
Then Greek

15. Theory Technical Approach Supporting theory
Fundamentals related to your project
Basic principals- fluids, HT, structures, design
unit problems

16. Results Analytical Results Comparisons Rig design
Equations, charts and graphs
Models, meshes
Comparisons
Analysis to experimental data
Your analysis to reference information
Rig design
Test matrices
Analyzed data

17. Restate problem definition and objectives…
Summary
Restate problem definition and objectives…
“A model or design has been/is being developed that…”
“The analysis or data to date shows that…”
“Going forward analysis of XYZ will..,
further iterations on ….”
Next steps/recommendations
Add/complete analysis, consider alternate material
Test to determine……………

18. Appendices Detailed calculations not in body of report
Raw data summaries
List of CAD models
Parts lists

19. References Number the references
Arrange in order that they appear in the text
Format – Names(s),Title, Source, Dates ,pages
Munson,B.R., Okiishi,T.H., Huebsch,W.W., and Rothmayer,A.P.,”Fundamentals of Fluid Mechanics,” 7th ed.,John Wiley and Sons, Inc. Hobokin,N.J., 2012
Cite in body of report [#]
Personal (Private) Communication [#]

20. Reference Styles
APA (American Psychological Association) style is most commonly used to cite sources within the social sciences.
MLA (Modern Language Association) style is most commonly used to write papers and cite sources within the liberal arts and humanities.
Kate L. Turabian’s Manual for Writers of Research Papers, Theses, and Dissertations presents two basic documentation systems: notes-bibliography style (or simply bibliography style) and author-date style (sometimes called reference list style).

21. References

22. Reference Format

23. Reference Format

24. Reference Format

25. Reference Format

26. Reference Format

27. Reference Format