Upload
maximilian-hamilton
View
219
Download
1
Tags:
Embed Size (px)
Citation preview
1
Greg HydeRaymond ZhengJoseph RojanoKatie BentleyLori Liebman
P14414P3 ARBORLOO WIND RESISTANCE TEST
STAND
2
Team Introductions
What is an Arborloo?
Why is the stand important?
Project Statement
Project Summary
Customer & Engineering Requirements
Project Plan
Stakeholders
Summary
OVERVIEW
3
TEAM INTRODUCTIONS
Member Major RoleGreg Hyde Industrial
EngineerProject Manager
Raymond Zheng
Mechanical Engineer
Lead Engineer
Joseph Rojano
Mechanical Engineer
Secretary
Katie Bentley
Mechanical Engineer
Engineer
Lori Liebman Mechanical Engineer
Engineer
4
WHAT IS AN ARBORLOO?
• Ecological outhouse
• Pit dug & supports in place
• Arborloo set up
• Arborloo removed &tree planted
• Combat deforestation in Haiti
5
• Wind resistance during Type I hurricanes
• Test collapsibility of arborloo
• Ensure safety in case of dislodgement
• Why is this a Senior Design project?
• Engineering skillset required to ensure all objectives are met– CFD, Force Analysis, Safety Engineering, Modeling, Cost Efficiency
• Set foundation for which all future arborloo designs can be tested off of
WHY IS THE STAND IMPORTANT?
6
The primary objective of this project is to design a scale model and a full-size test stand that will help determine the wind resistance of various arborloo designs. The scale model test stand should replicate the forces experienced by a Class I hurricane, and the results should be easily comparable to the lower speed, full-size results. Both test stands should allow for safe testing of various arborloo sizes, shapes, and materials.
PROJECT STATEMENT
7
• Create test rig & procedure for scale testing
• Simulate Type I hurricanes
• Measure wind speed, forces
• Create test procedure for full size testing
• Recommendations for future design of arborloos
PROJECT STATEMENT
8
Deliverables:
• Scale model and full-size test set-up and procedure
• Test Plan
• Means of comparing results from scale model and full-size testing
• Design drawings and Bill of Materials
• Assembly instructions
• Clearly documented test results
Objectives/Scope:
• Determine the appropriate fluid and scale needed to replicate a Class I hurricane
• Design a test stand than can be used for multiple different arborloo designs and configurations
• Demonstrate reliable and repeatable results
PROJECT SUMMARY
9
Assumptions & Constraints:
• Budget: $800
• Scale model must utilize existing fluid flow analysis equipment in KGCOE, while keeping current set-ups intact
• Test stand must protect surrounding people and infrastructure from flying debris
Expected Project Benefits:
• Arborloo designs can be tested to find the optimal design to be used in Haiti
• Test stand can be used by other senior design groups to evaluate their arborloo designs
PROJECT SUMMARY
10
• Software– Modeling arborloo designs with
CFD software
• Sensors– Using and collecting data from
sensors – Determining appropriate sensor
types
Issues & Risks:
• Project Understanding and Digesting By Team– Understanding of Class I
hurricanes– Determining critical locations to
measure moment and forces
• Available Resources– Obtaining Resources– Order Parts/Hardware– Lead Time
PROJECT SUMMARY
11
• Demonstrate reliability and repeatability
• Simulate wind speeds and forces of a Class 1 hurricane
• Protect users and bystanders while testing
• Protect other infrastructure and equipment from damage
• Allow for different shapes and materials to be tested and compared
• Allow for different weights and centers of gravity to be tested and compared
• Utilize existing equipment while keeping current set-ups intact
• Be creative in a manner for compact storage
• Provide easy to read instructions on how to assemble and use in a safe manner
• Is low cost (Budget <800)• Can be set up by 2 people• Can be set up and taken down
quickly• Long lifespan
CUSTOMER REQUIREMENTS
12
ENGINEERING REQUIREMENTS
• Measure fluid speed range
• Record Time
• Measure forces at base/tie downs
• Storage volume
• Set up time of test rig
• Required technicians to set up
• Safely contain all flying debris that may occur
• Cost of entire system
• Cost of most expensive component
• Lifespan
• Percent of students that can safely assemble the test rig
13
HOUSE OF QUALITY
Most Important Requirements
• Safely contain all flying debris that may occur (18.8%)
• Measure forces at base/tie downs(12.8%)
• Record fluid speed range (12.2%)
• Record time (11.7%)
14
PROJECT PLAN
15
STAKEHOLDERS
OwnersBuilders
Senior Design
Dr. Thorn
Sarah Brownell
16
Team Introductions
What is an Arborloo?
Why is the stand important?
Project Statement
Project Summary
Customer & Engineering Requirements
Project Plan
Stakeholders
SUMMARY
17
QUESTIONS?