Modeling Topography and Erosion with 3D Printing
pinshape
Modeling Topography and Erosion with 3D Printing is an innovative project that showcases the impact of river erosion on the Grand Canyon. This visually engaging model serves as a tool for geography and earth science students to study the region's terrain and accessories in detail. The included 3D printable files allow students to create a scale model of the Grand Canyon, complete with a water source that can be simulated using the printed accessories. By printing the Grand Canyon with rigid plastic PLA and the River Valley with water soluble PVA, students can observe how the erosion process unfolds as the PVA dissolves in water. Throughout the experiment, participants will witness natural formations emerging and identify geographic terms to grasp the mechanisms behind these structures' creation. This hands-on approach fosters a deeper understanding of geological processes and their effects on the environment. To share their experiences and tips, students are encouraged to post images, videos, or suggestions from their experiments on social media platforms. The project's community-driven aspect encourages collaboration and learning among participants. The Modeling Topography and Erosion with 3D Printing project has received widespread recognition, including: * Pinshape Create to Educate Lesson Plan Contest - 1st Place Winner * Pinshape Featured Design - December 1, 2017 * Make Magazine Blog Article - December 18, 2017 * Cults 3D Selection - December 2017 * MatterHackers Minute - Create to Educate Design Challenge Review A timelapse video of the project can be viewed on the project's page. To stay updated on similar projects and creations, follow me on Instagram at https://www.instagram.com/roberthemlich/.
With this file you will be able to print Modeling Topography and Erosion with 3D Printing with your 3D printer. Click on the button and save the file on your computer to work, edit or customize your design. You can also find more 3D designs for printers on Modeling Topography and Erosion with 3D Printing.