KW Tech

Above was an attempt to create a parametric model from a 3D printer. Initially, I wanted to create two parametric models that were 3d printed to determine which structure had more integrity. With issues, only the hexagonal model was created and could easily withstand an average human's weight (up to 250 lbs. were tested). Trying to be more creative in what the structure could hold, I decided to use a car to see if the structure could hold. This meant the untimely demise of the hexagonal structure. However, I was surprised to see that the structure, while somewhat crushed, still was recognizable. I used a car weighing approximately 3,500 lbs to test the strength of the model. 

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The purpose of this project was to test the structural integrity of a model that used less common geometric shapes in order to better understand the use of organic patterns in green-engineering projects. The hexagonal pattern was meant to mimic those used in real-life architectural applications. Despite only knowing the structure could successfully hold up to 250 lbs., the test indicates that there are many potential ways to integrate such structures into green architecture and engineering designs in the future.

Going forward, more tests will have to be conducted in order to learn whether other materials could be more (or less) successful with similar applications. Using more malleable materials, such as silicone, could expand building capabilities in the future. Other shapes should also be tested in organic-mimicking patterns in order to find more durable and flexible designs. The information from these tests should be integrated into future designs. 

Karl Witte