search

UMD    CORE




2013 UMD Student Design Team Front row, from left to right: Jaime Reel, Benjamin Jimenez, Erik Levin, James Lankford, Elizabeth WeinerBack row, from left to right: Nishan Jain, Tejaswi Jarugumilli, Bharath Govindarajan, Zak Kaler

2013 UMD Student Design Team
Front row, from left to right: Jaime Reel, Benjamin Jimenez, Erik Levin, James Lankford, Elizabeth Weiner
Back row, from left to right: Nishan Jain, Tejaswi Jarugumilli, Bharath Govindarajan, Zak Kaler

 

The Department of Aerospace Engineering's Student Design Team (SDT) won first place in the graduate division of the American Helicopter Society's (AHS) 30th Annual Student Design Competition with their HeliX design. The AHS Student Design Competition challenges students to design a vertical lift aircraft that meets specified requirements and provides a practical exercise for engineering students while promoting student interest in vertical flight technology.

This year's competition required students to design a search and rescue helicopter for rescuing victims of a natural disaster. The helicopter had to feature a large payload capacity that could accommodate both human or supply cargo and operate safely across a wide variety of terrain to support the extraction of people trapped in dangerous areas.

The Maryland SDT was led by aerospace engineering graduate student Elizabeth Weiner, who is also a team member on the Gamera II project, and included fellow students Teju Jarugumilli, James Lankford, Jaime Reel, Bharath Govindarajan, Nishan Jain, Erik Levin, Benjamin Jimenez and Zak Kaler and faculty advisors Dr. V. T. Nagaraj, Dr. Inderjit Chopra, and Dr. J. Gordon Leishman.

HeliX helicopter design The team's HeliX design featured key components such as a variable diameter tiltrotor and outboard wing extensions (OWEs). A tiltrotor provides increased speed, range, and altitude capabilities, while the ability to change the diameter of the rotor enables the craft to function efficiently in both helicopter and airplane modes. The HeliX's unique, telescoping blade system allowed for varying the rotor diameter when moving between hover and forward flight modes while maintaining a high level of operational safety, reliability and structural efficiency. The HeliX's OWEs increased the wing aspect ratio and enables the HeliX to achieve airspeeds in excess of 240 kts.

Department of Aerospace Engineering Chair and Minta Martin Professor of Aerospace Engineering, Dr. Norman Wereley said, "Once again, the AHS Student Design Team was exceptionally innovative and worked hard to achieve this outstanding result!"

The project, which began last year, required the students to put in many hours of work and even some sleepless nights to complete their proposal and design.

"The dedication and innovation that this team showed in order to create this design was remarkable," said Weiner. "As team leader this year I am proud to have worked with a team that extended the University of Maryland's legacy for greatness."

AHS student design winners receive a stipend and have the opportunity to send two representatives to present at the AHS International’s 70th Annual Forum and Technology Display held May 20-22, 2014 in Montréal, Québec.

To read more about the HeliX design and the competition, visit the AHS Student Design Competition website.



August 30, 2013


«Previous Story  

 

 

"The dedication and innovation that this team showed in order to create this design was remarkable."

Team Leader Elizabeth Weiner

Current Headlines

University of Maryland School of Engineering Announces Unprecedented Investment from A. James & Alice B. Clark Foundation

UAS Test Site Expert Available to Comment on UAS Integration Pilot Program

UMD Researchers Receive Funding to Further Study ‘Fire Whirls’

UMD Opens Outdoor Flight Laboratory to Advance Autonomy, Robotics

UMD Teams Place 1st at AHS International's 34th Annual Student Design Competition

Relive Totality With Clark School Images, Videos

Hubbard Co-Authors New Book on Flexible Multi-Body Dynamics for Flapping Wing Vehicles

Davidson and Plotkin Selected as 2017-2018 Philip Merrill Presidential Scholars

UAS Test Site Hosts International Justice System Workshop Participants

Intern Designs Payload Integration System for NASA

 
 
Back to top  
CORE Home Clark School Home UMD Home Aerospace Engineering