[#5] Hollow-form Object Experimentation

All 13 Objects


This week's task was to generate some hollow-form objects that could potentially be 3D printed. 

Using lines, shapes, loft, and sweep-the-rail functions I created 13 capped hollow-form vessel objects. As I progressed, I started adding more complicated shapes and angles to the designs including text and even wingding symbols converted to shape. Towards the end I was distorting shapes and rotating them to create twisted, angled top faces. Unfortunately, not all of these will be suited to 3D printing due to some of the higher angles that wouldn't be able to print without support.

Below are some closer renders of the hollow-form vessels. All were rendered with emerald gem as the material.







Comments

Post a Comment

Popular posts from this blog

[#7] Unrolling 3D Forms for Papercraft

Image
As we prepare for our major papercraft project we are learning how to facet and unroll 3D objects in Rhino. This week we were tasked to create at least 10 different forms in 3D and unroll them into paper templates. To help narrow down what I would like to do for the larger project I created some objects that related to potential ideas from my last post. I also created some unrelated objects in order to explore how various shapes will unroll, if at all.  Simplified Espresso Machine The first form I created is a very basic shape of an espresso machine. I combined and cut away using solid rectangular boxes. When I tried to unroll the entire combined shape it unrolled in a complicated way with areas overlapping. In order to simplify the potential papercraft process I split the form into two parts. This will make it much easier to print and fold. Espresso Portafilter I wanted to try to recreate more of the potential parts of the espresso machine so I attempted a portafilter. I started with
Read more

[#8] Sketch Prototyping

Image
Side view of paper prototype. We are now beginning to model and work through the design-prototype cycle for our final object. I decided to go with the pinball machine. I like the idea of making it so that a small ball can roll down and bounce off of the various bumpers and  objects on the pinball machine surface so I am trying to make it somewhat functional. Similar to my detailed drawing plans on post #6, I don't think that it is feasible to launch a ball as you normally would from the base with the pull knob, so I will likely put a ball-sized hole into the back box on the side. The idea would be that you can drop the ball into there, it can roll down a small ramp and out the top right of the pinball surface and will drop into a collection opening at the front of the model when it's done rolling. I've started modeling the object in Rhino. I started with the shape of the cabinet and back box. I created the cabinet shape by drawing a 2D view from the side then copying and lo
Read more

[#4] 2D Drawing & Extruding: The Rings

Image
  Extruded and rendered designs in purple frosted glass This week's task was to design some rings in 2D then extrude them to create 3D versions. To see the results of my design, I sent in one ring design to be used with the laser cutter. I ended up making 11 ring designs. Only 9 more plus some fire from Mordor and I would have enough to help bring Sauron to power.  2D line designs I tried to make a variety of shapes and designs to explore the 2D design tools and become familiar with them. Most of the designs were created to fit my ring size, the only one that isn't is the one in the top right which was done to a larger ring size. I used a lot of splitting, trimming, and reflecting to combine the various lines and shapes into designs that could be extruded.  Non-rendered, mesh, and shaded view of ring designs. I applied the extrude function to all of the 2D ring designs. All were extruded to 3mm which is the approximate thickness of the acrylic/plastic that they could be cut fro
Read more