Cookie Policy
Xometry stores cookies on your computer to provide more personalized services to you, both on this website and through other media. By using this website, you consent to the cookies we use and our Privacy Policy.
Using 3D Printing for Flow Mapping
Graduate students at the University of Maryland have used 3D Printing to solve an important problem in fluid dynamics for the Air Force.
By Greg Paulsen
1 min read
SIMILAR STORIES
5 Steps to Create and Maintain a Facebook Presence For Your Machine Shop
September 17, 2020
4 min read
Bar or Plate Stock? How to Choose the Right Aluminum Piece for Your Custom Project
September 18, 2020
5 min read
Tapping Away Part 02: Common Problems, Causes, and Corrections for Taps and Tap Sets
September 18, 2020
4 min read
Graduate students at the University of Maryland have used 3D Printing to solve an important problem in fluid dynamics for the Air Force.
Helicopters stir up a large dust cloud when landing or hovering.
Helicopter brownout is the phenomena when a rotorcraft performs a landing or hovering maneuver close to a surface with lose sand or sediment causing a large cloud to form around the aircraft. This is one of the most costly problems for the Air Force, since it causes the pilots vision to be obstructed and wear and tear on the machinery. At the University of Maryland a group of engineers are working on researching the fluid mechanics behind this process, with the goal of preventing or limiting it for current and future aircraft. One of the main objectives is to analyze how the flow changes when the surface topology changes. With the help of Xometry as well as Direct Dimensions, University of Maryland's Kyle Corfman was able to recreate an accurate and rigid piece of the sand bed surface after it was eroded by the rotor flow.
The box represents the scanned sand section and the red piece is a tinted polyJet piece created using a PolyJet 3D printer.
Now accurate flow measurements can be performed within the crater formed under the helicopter, which was previously not possible. (Thank you to Kyle Corfman, Student – University of Maryland, Department of Mechanical Engineering)
Greg Paulsen
They call me the Director of Application Engineering at Xometry. This means I not only get to produce great design-for-manufacturing content, but also consult on a variety of custom manufacturing projects using CNC machining, additive manufacturing, sheet metal, urethane casting, and injection molding. If you have a question, I'm your guy.