Lockheed Martin Additive Manufacturing Introduction to Engineering Design

Lockheed Martin Additive Manufacturing Introduction to Engineering Design EDGSN 100 Section 001 Squirrels Pants Soup-a-Stars / 5 Nicole Song, http: //www. personal. psu. edu/nys 5290/, nys 5290@psu. edu (Utsav Patel, http: //www. personal. psu. edu/ujp 2/, ujp 2@psu. edu) Dylan Kolb, http: //www. personal. psu. edu/dsk 5230/, dsk 5230@psu. edu Shirley Banh, http: //www. personal. psu. edu/sqb 5514/, sqb 5514@psu. edu Insert a DP 2 Photo here Presented to: Prof. Berezniak Date: MM/DD/YYYY

Purpose

Background

Lockheed Martin Business Areas ● Space Systems ● Missions Systems & Training ● Missiles & Fire Control ● Aeronautics Advanced Technologies ● Human Performance ● Advanced Materials ● Data Analytics ● Advanced Manufacturing ● Information Technology

Project Description ● USB Bracket- 7 port hub, vertical mount, cable to retain power, hold 1 to 3 hubs high, operational from 0 -25 degrees celsius, withstand vibration loading

Procedures (1 of 2) ● We created a solidworks file based on the standard of work given on angel ● We were able to create a vertical mount which could be nailed to a wall ● we were able to make USB HUB portable because of the design of the brackets and also create space on it for other features like cable wire

Procedures (2 of 2) ● We were able to keep it in the temperature range ideal for its working. ● We were able to save it from excessive vibrational stress by using the best type of material for this design. ● The material Acrlonitile butadeine styrene (ABS) was used.

Results and Discussion

Conclusions and Recommendations With the versatility of the design dimensions, our design gives users the freedom to add however many hubs they need.

Closing We would like to thank Lockheed Martin for allowing us the opportunity take part in this project.