Skip to main content

Memorial Jewellery Documentation II


Here's part two of my memorial jewellery piece, the final renders and explanations for my decisions on this project. 



The functionality of the ear cuff is still iffy to me. I tried to create a hinge for the bottom curve so that it would make sense as a piece that uses the earring hole, instead of just being a metal that hangs on the ear. But overall I feel like it is still lacking in that portion of the design because it doesn't fully make sense. I would assume that you'd have to wear the bottom part through the earring hole before clipping the back end together and hooking it over the top of the ear. And because I created it as a hinge-based opening, I had to pair it with a snap post closure instead of the screw back I had initially chosen. 

Theoretically, this ear cuff curvature would have to be adjusted from person to person because it's more personalized to fit an individual's ear shape. Plus it's designed to be aligned to the outer earlobe piercing so it wouldn't be wearable for someone who doesn't have that second earlobe earring hole that I aligned it to, on the mannequin.





The ear cuff is an extrusion of my flat design so it would appear that all the edges are still very sharp. And initially, I didn't think of the discomfort of that decision until I made it in Rhino. I ended up going into the areas that would touch lean against the ear and commanding fillet edge to them to smoothen it out, even though it was 0.25. Because a little curvature on the edges is better than very sharp angles if you think about how it would feel if you were the mannequin in Rhino. 

Overall this was a fun CAD incorporated project I did for my project. It made me revisit the spinal and flow commands on Rhino in more detail. I would definitely try to create some more jewellery-based designs for my projects in other classes or over the summer just to test things out. Especially with such cool renders in the end! It's worth making a sketch into a 3D object through Rhino to view your design as more than just a flat sketch. 

---

CREDIT:

Ear Model Used: https://www.thingiverse.com/thing:2948466

Comments

Popular posts from this blog

3D Printed Object: Hybrid Design

Concept Generator: These were the outcomes of what I had for generating concept, some of mine wouldn't fully work when I really thought of how the 3D printer worked. Only the flat coned shape and 3 rings fully worked, and it matched with my groups' the most since their shapes were mainly in a cylinder-like.     Combining Group Objects: I was in a group with Adam and Siwon. Out of our three designs, Adam's had the more sturdy base design so the 3D Printer could hold everything together. Siwon's design was a more decorative angled vase shape, like diamond-cut edges. My design, placing it into Slic3r separately, I could tell the rings immediately didn't look as sturdy as we wanted. So mine has the most changes or reconsideration in how that would end up printing. We had to make sure the rings interlock with the base and each other so that the printer would keep everything into one piece without falling apart mid-print.  Initially, we had Siwon's in t...

Reverse Engg Object: HD Render and Exploded View

     This reverse engineering project was about learning the tools of rhino by creating an object of our choice digitally. Using a calliper and precise measurements, we were to create a replica of a mechanical object to be pretty much exact. With the limitations of no organic or soft objects, no weapons, and must be complex/simple enough to finish within the three-week frame.      I chose an old pair of scissors as my object to replicate. It started out simple, though it was harder than I thought to wrap my head around a pair of scissors than I thought. Maybe it was because I had a year break in between last year's 3D modelling and rendering, but for the smallest things, I couldn't process for hours. This project took at least 11.5 hrs to do. I got stuck in some places like the angled blade, curvature of the handles, and finding the smallest slip-ups that caused an open shape. I know I had drawn some parts separately but when I tried to assemble them and bo...

Reverse Engineering: Progress 1

  The object I ended up going with was a pair of scissors for my reverse engineering project. I believe that's do-able for three weeks if I really pay attention to every detail.  Everything seemed simple until I actually started measuring things. I laid out a blueprint of my scissors that I drew... as tried to write out all my measurements the best I could. But realized that I had to do both front and side measurements. Along with all the curved sides, hidden angled chunks that were different measurements on the side and front views.  Another trouble I was having was that sides of the scizzors, because I was working with the scizzors still in tack. I haven't taken it apart yet, so there was only one side of the scissor I can fully see and measure. So I realized that I had been drawing the wrong size of the scizzor. Thankfully I didn't add details  As shown in the picture above, I thought it would have been a great idea to just measure everything from two angles at fi...