Engineering Fair

S Hook

Introduction

This project is about a hook, and this function as a regular but the hook could replace a normal regular hook because of its durability and its price which is now way much cheaper and also this hook can be used by those who need something to hold heavy to light duty items. It is also friendly to the environment. The motive of this project is to use cheaper material but being able to have the same strength of a regular hook

Objective

The goal of this project is to see how much stress a 3D hook can handle and it can be used to hold stuff. The challenge about this project is I will have to create a hook so it can handle a bit of weight it breaks. This hook product will be environment friendly and cheap manufacturing cost.

Design Strategy

There are no risk factors for the hook.

Plan of Action with Testing Procedures

This hook will be tested for what is the best for infill and infill type to find which will help support the hook and make it strong. The way I will test it is by adding weight by adding 10 weights on the hook until it breaks. And this will show me what infill and infill type is needed.

Schedule

Brainstorm 8/24-9/12

criteria/constraint background info consider 9/13-9/21

Design proposal and forms 9/22-10/6

Construction testing redesigning/ retesting 10/7-11/2

report/poster/abstract 11/3-11/15

Cost total 0.41

Bibliography

https://airwolf3d.com/2017/07/06/3d-printed-hook/

https://www.simplify3d.com/

https://all3dp.com/2/strongest-3d-printer-filament/

https://www.rapiddirect.com/blog/how-to-make-strong-3d-prints/

https://www.3d-pros.com/optimizing-strength-of-3d-printed-parts