ME3910/4000/4010 PmWiki (Senior Capstone Design)
SearchWiki

14 users logged in
(edit side bar)

Senior Design

(↓)

ME4000 Links

14 users logged in

(edit side bar)

Projects

  • ÜberBoard
  • Downhill Wheelchair
  • Titan-40w
  • Electronic Valve Control
  • Snowboard Release Binding
  • Electric Skateboard
  • Formula SAE
  • Lower Limb Modeling
  • Mini Baja
  • Moon Buggy
  • SMA Array Controls
  • Robot Hand Mechanics
  • Solar Car
  • Tornado Machine
  • Unmanned Aerial Vehicle
  • Wind Turbine

Course Info

  • Student WikiPages
  • Senior Design Students Page
  • Senior Design Projects Page
  • ME4000 Documents
  • Syllabus
  • Grades
    • PotOfGold Questionaire
  • Project Fundraising

Assignments

  • Labs
    • Pro E FAQ
  • Homework
  • Presentations
  • Memos
    • Deliverables Memo
    • SRR Memo
  • GroupFinalReport
    • Section 2
    • Section 3
    • Section 4
  • Inidividual Wiki Report
    • Wiki Report Template
  • Main/LatePolicy

Resources

  • Useful Software
  • Sample SideBar
  • Will’s Wiki Tips
 
 

ME 3910 links

  • Student WikiPages
(part 1 of your homework)
  • Senior Design Students Page
(part 2 of your homework)
  • ME 3910 Class Website
  • PmWiki Philosophy
  • PmWiki Text Formatting Rules
  • PmWiki Basic Editing
  • Edit Quick Reference
  • Will’s PmWiki tips

Capstone Homepage

  • Capstone 05

Last year’s ME 4000 links

  • Anouncements
  • Grades
  • Class Schedule
  • Individual Final Report
  • Group Final Report
  • Update Presentation Info
    • Presenation Grading
    • Presentation Feedback
    • Andy’s Midterm Feedback
  • ProE Info
  • LatePolicy
  • General Class Handouts
  • ME 4000 Class Website
(not as reliable as wiki)
  • Will’s PmWiki tips
  • ProjectFundraising

PmWiki

  • PmWikiPhilosophy
  • TextFormattingRules
  • BasicEditing
  • EditQuickReference
  • Tips For Editing?
  • Documentation Index
  • FAQ

(edit side bar)

pmwiki.org

  • Cookbook
  • PITS (bugs, development)
  • PmWikiUsers

(edit side bar)

Profiles/
Example Wiki Report
                                                Login
Read PageEdit PagePage AttributesPage HistoryUploadLogin Page
Printable View


(:toc-page :)

!'''Summary Page for Individual Report'''
|| '''Date: December 7, 2005''' ||||
(:table border=1 width=30% align=right bgcolor=#1cc499 cellspacing=0 :)
(:cellnr:)
'''Table of Contents'''
(:cellnr:)
*[[ShanePetersenReport | Summary]]
**[[ShaneProblemStatement | Problem Statement]]
**[[ShaneApproach | Approach]]
**[[ShaneResults | Results]]
**[[ShaneLessons | Lessons Learned]]
**[[ShaneAppendix | Appendix]]
(:tableend:)
|| width = 65%
|| %width=150px%Attach:Shane.jpg || %width=290px%Attach:Hexaballclosed.jpg
||
|| '''Author: ShanePetersen''' || '''Team: HexaBall''' ||

!!![[ShaneProblemStatement | Problem Statement:]]
Yo Yo

As a team we decided on and chose topics for each team member. I have
selected to design the tensioner pulley mount for the idling pulley on the
gating belt.

With this design I need to take the following into consideration:
placement of mount and locations of other parts, adjustability of mount,
simplicity of design.


!!![[ShaneApproach | Summary of Approach:]]
First I considered the belt that we have from last year's team, and
studied its properties and capabilities and developed other limiting
criteria of the design. Then I brainstormed possible ideas and selected
two for analysis based on input from the team. 

%width=300% Attach:s_topview.jpg\\
'''"Spacial Constraints" - [=ProEngineer=] by MartyVowles and DavidHale'''


!!![[ShaneResults | Summary of Results:]]
I performed the analysis of loads on the two selected designs. Then, I
used the results of the analysis to determine the best design.

%align=center width=300% Attach:final_tensioner2.jpg\\
'''Final iteration 2 of tensioning pulley mount - Sketch by Shane
Petersen'''


!!![[ShaneLessons | Lessons Learned:]]
'''1.''' How to determine limiting criteria for a design and apply them to
brainstormed ideas to eliminate ineffective or impossible ideas.

'''2.''' How to analyze designs based on needs and requirements of the
liminating criteria. Also, how to understand and use the analysis to
select a final, most effective design.

Summary Page for Individual Report

Date: December 7, 2005

Table of Contents

  • Summary?
    • Problem Statement?
    • Approach?
    • Results?
    • Lessons Learned?
    • Appendix?
Author: ShanePetersenTeam: HexaBall

Problem Statement:?

Yo Yo

As a team we decided on and chose topics for each team member. I have selected to design the tensioner pulley mount for the idling pulley on the gating belt.

With this design I need to take the following into consideration: placement of mount and locations of other parts, adjustability of mount, simplicity of design.

Summary of Approach:?

First I considered the belt that we have from last year’s team, and studied its properties and capabilities and developed other limiting criteria of the design. Then I brainstormed possible ideas and selected two for analysis based on input from the team.


“Spacial Constraints” - ProEngineer by MartyVowles and DavidHale

Summary of Results:?

I performed the analysis of loads on the two selected designs. Then, I used the results of the analysis to determine the best design.


Final iteration 2 of tensioning pulley mount - Sketch by Shane Petersen

Lessons Learned:?

1. How to determine limiting criteria for a design and apply them to brainstormed ideas to eliminate ineffective or impossible ideas.

2. How to analyze designs based on needs and requirements of the liminating criteria. Also, how to understand and use the analysis to select a final, most effective design.

Page last modified on November 29, 2006, at 12:55 AM
  1. SearchWiki
  2. Recent Changes
  3. All Recent Changes
  4. WikiHelp
  5. Wiki Stats
  6.              
  7. Change Password
    1. ▲ Top ▲
    2. Edit:
    3. SideBar
    4. MenuBar
    5. BottomBar
    6. GroupHeader
    7. GroupFooter