Overview of Status of Analysis, Design, Fabrication, Tests, etc.
Prototype
Pretty much finished
Just need to attach fabric
Prototype possible changes
Handle: change handle to less bulky and heavy material
Find rounded steel brackets for magnets to attach to
Testing done so far
Dampers: Drop testing with dampers in different locations
Magnets: initial testing with attaching and dis-attaching locker
Fabric glue: Gluing anodized aluminum sample to mesh fabric to test strength of glue
Testing to be done
Dampers: Better stabilized system and do more damper testing
Magnets: align magnet to bracket better so they are flush, test how well magnets hold up in wind
Accomplishments from Previous Week
Natalie
Presentation
1. An overview of the project and team's objectives.
6. List any concerns that need to resolved
Website
Wrote and figures for most of home section
Wrote and figures for first half of final design section
Picture of self under team
Report
Wrote Plywood Prototype 2.0 section
Added to plywood prototype 1.0 section
Annamarie
Presentation
2. A description of the final design and how it meets the project objectives
5. A plan for testing the design
Prototype testing
Researched and bought small sample of anodized aluminum, glued to fabric to test
Initial trial of attaching fabric to prototype
Report
Wrote Design of Key Components section about aluminum material choice
Kevin
Presentation
3. A description of each component of the design
4. A plan for completing the design by the Final Design Review
Made gifs of damping and magnets tests done
Website
Wrote many of components sections under final design
Adri
Presentation
Made annotated CAD & prototype image figures
Report
Proofread & cite references, tables, figures in Design of Key Components: Hinge and Dampers
Make and insert updated CAD figures
Insert plywood prototype 2.0 figures
Website
proofread website and gave feedback
Added to and elaborated on final design section
CAD
Found padlock CAD used for RFID, modified, and put it in CAD assembly
Modeled cabinet door dampers and put in CAD
Extended side panels
Goals for Next Week (list names after each item). Use specific and measurable objectives.
Natalie
Report
Write Executive Summary
Everyone
Review other team's report and comment
Annamarie
Finalize the Fabric design and implement in the prototype
Sponsor Comments from Last Meeting and Actions Taken to Address these Comments (indicate date of comments and if via email or in person)
Looks amazing
Meeting week 10 works best during their normal time
Would prefer more rounded brackets on the top to attach to the magnets
Instructor Comments from Last Meeting and Actions Taken to Address these Comments (indicate date of comments and if via email or in person)
Lock tests planned probably aren't needed due to the rating of the lock itself
.06 mm might be too thin for the desired impact regarding the aluminum
Comments from Other Students in the Class (indicate date of comments and if via email or in person)
Steel and aluminum components can interact with one another when in marine environments, leading to galvanization (05/20)
Risks and Areas of Concern
We need to ensure that SurfUp's original RFID latch lock can integrate with the locker door design
Resources or Information Required but not Available
nothing
Schedule
Lock test: test the durability of lock around harsh environments. Approximate a working atmosphere where sand, salt water and ultraviolet will co-exist.
Fabric test: find the best solution to locate fabric to our system, whether it is glue or fasteners (grommets).
BOM: Important deliverable of our project. Gives full instruction and guidance to build our project.
Budget (list amount spent and amount remaining)
Spent: $227.43
Remaining: $2772. 57
Original: $3000
Progress on Report and Webpage
Webpage
Need to finish summary of results on home page
Sea water and sand testing results
Fabric glue testing results
Maximum capacity results
Add a complete demo video to multimedia page
Report
Complete Bill of Materials
Finish conclusions
Add in more results for second plywood prototype