Final weight about 10lbs.
Wednesday, April 28, 2010
GearBox
When two 53lbs blocks of aluminum and master programmer Luke meet the result, milling greatness.
Tuesday, April 27, 2010
Design Report
Due April 29.
COMMENT:
We recommend that you bring a printed copy of your design report to the competition and proof of submission.
COMMENT:
We recommend that you bring a printed copy of your design report to the competition and proof of submission.
Saturday, April 10, 2010
Closed Cell Foam
Polyethylene Foam
Foam Types: Polyethylene Foam
Standard Sizes: Full, Half
Heights: 1/4", 1/2", 3/4", 1", 1-1/2" and 2"
Features
As closed cell foam sheets or any other form it comes in, polyethylene is a very strong and resilient material which, as one of many types of closed cell foam, is ideally suited for use in many different regards. Some of the most common uses of polyethylene sheets include shock-absorbing, vibration-dampening, insulating, barriers and polyethylene foam roll styles used as buoyancy components. Polyethylene closed cell foam is an excellent material for cushioning products in packaging applications, especially in the form of polyethylene foam sheets . The excellent buoyancy as well as durability of Polyethylene foam allows it to be used in flotation equipment,and other nautical products. Additionally, polyethylene tubes can be used for a number of other purposes, including irrigation tubing and resisting acids and alkalines.
Details
* Closed cell chemically crosslinked polyethylene foam
* Lightweight
* Shatter proof
* Cost-effective
* Easy to fabricate
* Non-dusting
* Excellent buoyancy
* Superb strength, and tear resistance
* High shock absorption
* Flexibility
* Impervious to mildew, mold, rot, and bacteria Superior chemical & grease resistance
Friday, April 9, 2010
Gearing Up
Gear Box - approx CNC mill time 45 hours
Floatation - Steps
Floatation - Steps
- Rough Shape
- Contact Cement
- Attach to skid plate
- Attach to frame
- Shape pefectly
- Heat seal
- Cover
- Don't sink!
Sunday, March 7, 2010
Wednesday, February 17, 2010
Tires
Carlisle Tru Power AT 26/12-12

| 23/8.5-12 | $76.25 | 17 | BLK | 4 | 523301 |
| 23/10.5-12 | $83.98 | 24 | BLK | 4 | 523367 |
| 26/12-12 | $115.55 | 35 | BLK | 8 | 523360 |
| 26/12-12 | $104.81 | 35 | BLK | 6 | 523377 |
| 26/12-12 | $89.47 | 31 | BLK | 4 | 523361 |
and
| 24-11-10 | 56A305 | $77.95 | ||
| 24-8-11 | 56A332 | $69.95 | ||
24-8-12 | 560430 | 18.3 | $70.95 | |
| 24-9-11 | $73.95 | |||
| 24-10-11 | $78.95 |
Sunday, December 6, 2009
Final Paper Outline 473/474
COVER PAGE
Title, sponsor, student's names, supervisor,
TABLE OF CONTENT
Sections, page number
EXECUTIVE SUMMARY/ABSTRACT
One page or less, problem, design, approach, results, conclusion
NOMENCLATURE
Optional
INTRODUCTION
Subtitles such as
-Project description
- Motivation
- Background (state-of-the-art)
- Literature search
PROBLEM STATEMENT AND OBJECTIVES
Subtitles such as
- Objectives
- Specifications and requirements for the customer
- Steps taken
- Time table and Gantt chart
DESIGN CONCEPTS
- Design 1,2,3,...
- Evaluation of the concepts the table
- The final design (the winner)
ANALYSIS OF DESIGN
Subsystem and subcomponents are defined global calculations
-Calculation and design of the each subsystem or subcomponent
-Solid modelings
-Finite element modeling and mesh generations, boundary conditions
RESULTS AND DISCUSSION
Results of the FEM and other analysis
Graphs and curves, charts, tables
Discussion of the results
CONCLUSIONS AND RECOMMENDATIONS (Future work)
REFERENCES
APPENDIX
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