Abstract:
I’ve been working with Desiree D. Tullos to create a 3D printed culvert entrance. The designs are done and are about to be printed. These will help illustrate the flow of water in a real system. The designs were created to simulate an efficient and inefficient culvert.
Objective:
To simulate the inefficiency and efficiency of water flow in a real culvert using 3D printed culvert entrances and acrylic tubing for the pathway of the water.
Materials and Methods:
Desiree’s team sketched the design in 2D and then passed the specifications to me. I then designed the 3D model, in Fusion360, from the 2d design. We will print these on the Fusion3-f400. Here are the designs:
Results:
I still need to print them, but I did test print the entrance of the piece and it fits well with the acrylic tubing. Here are some pictures of the print:


Acrylic Tubing with o-ring

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3D printed entrance on acrylic