MECH 5351 Homework 1 Fall 2021 Useful Links UTEP Engineering Software (AutoCAD, Fusion 360, Inventor) UTEP Engineering Repository (Inventor, AutoCAD, NX, SolidWorks) Other free CAD options (Google): Autodesk Meshmixer, Tinkercad, OpenSCAD, Fusion 360, Inventor (with a. Tight competition may result in a class vote. Submit your homework via email to Dakota Morgan Winning designs will be selected by the following Monday. To receive credit for this homework, please submit your STL or STEP file as well as a one-page document containing any source material, design inspiration, and print orientation showing part scale. Removability from build plate This will be due before class next Wednesday 9/22 - There will be some time during the end of class Monday for any questions or issues you may have found. Minimal support area using a 40" overhang 6. If you utilize a design from a site like thingiverse or grabcad, please provide the source when submitting the final design (and ensure that there are no intellectual property issues with using the file) Selection/Grading Criteria 1. The file can be a unique design created by yourself or inspired from a design online a. The file will be fabricated with Ti-6Al-4V 4. The file must fit in a two-inch on a side cubed space (2 x 2 x 2 inch) 3.
See the end of this document for an extensive list of software to complete this.
The design file must display your name (name), the current semester (Fall 2021), and the name of this course (ME 5351: Intro to AM) in a printable font. We will not spoil any creativity with inspiration or constraints beyond the following, so please push your imagination! Rules 1. The design that best exemplifies what this technology is capable of will be printed and displayed in the Keck Center for generations to come. Each student will submit a unique design that adheres to the following rules. Using that knowledge, you will create or identify a demonstration article that showcases the capabilities of LPBF.
Instructions During the past week, you have learned about the capabilities and limitations of Laser Powder Bed Fusion additive manufacturing.
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