Penn State Official Sheild

Andrew R. Barnard
Senior Research Assistant, Applied Research Lab
The Pennsylvania State University

personal photo

Address

P.O. Box 30

State College, PA 16804

Office Address

300 Garfield Thomas Water Tunnel

University Park, PA

Phone

814-863-0819

Fax

E-Mail

arb279@psu.edu

 

Andrew Barnard is a Senior Research Assistant at the Structural Acoustics Department at the Applied Research Laboratory at Penn State as well as a Doctoral candidate in the Graduate Program for Acoustics. Andrew is well versed in many areas of acoustics and vibrations, most recently receiving national and regional media attention for his work relating to crowd noise measurements in Beaver Stadium. This work was presented at the joint ASA/INCE conference in Baltimore, MD, on April 19, 2010. Subsequent press inquiries resulted in several media articles listed here:

·         The Philadelphia Inquirer - A Lion's Roar: Penn State's Home-Field Advantage

·         WTAJ TV video - On game day Beaver Stadium is Rockin'

·         Penn State Live - Engineers measure crowd noise at Iowa-Penn State game

To see and listen to examples of our crowd noise measurements see the crowd noise section below.

Please feel free to contact Andrew to discuss your acoustics, noise, and vibration needs or to discuss opportunities available at Penn State's Graduate Program in Acoustics.


Research Interests | Education | Publications | Professional Affiliations | Courses Taught | Crowd Noise


Research Interests

My research interests include most areas of acoustics, noise control, and vibration. Listed here are a subset of my primary research interests:

·         Sound and vibration data acquisition and signal processing

·         Matlab and LabVIEW software tools development for acoustics and vibrations

·         Community noise including crowd noise measurement and analysis

·         Outdoor sound propagation

·         Acoustics and vibration testing including modal analysis, signature analysis, acoustic holography, acoustic intensity, sound power, and community noise.

·         Acoustic material characterization

·         Architectural acoustics/room acoustics

·         Advanced loudspeaker array technology


Education

B.S. Mechanical Engineering (Mathematics Minor), Michigan Technological University, 2002

M.S. Mechanical Engineering, Michigan Technological University, 2004

Ph.D. Acoustics, Penn State, 2010 (Planned)

 


Recent Publications

1.      Barnard, Hambric, and Porter, "Evaluation of crowd noise in Beaver Stadium during a 2009 Penn State football game," Proceedings of the joint Acoustical Society of America 159th Meeting and INCE Noise-Con 2010, Baltimore, MD, April 2010.

2.      Hanford, Barnard, Jonson, Martin, “Metamodel predictions for long range speech intelligibility using parabolic equation calculations,” Proceedings of the joint Acoustical Society of America 159th Meeting and INCE Noise-Con 2010, Baltimore, MD, April 2010.

3.      Brungart, Barnard, Et. Al., “Development of long range acoustic hail and warning device for maritime applications,” Noise Control Engineering Journal, 57(1), Jan-Feb 2009.

4.      McDevitt, Barnard, Et. Al., “Phased Array for Acoustic Hail and Warning,” Proceedings of the joint Acoustical Society of America 156th Meeting, Miami, FL, November, 2008.

5.      Barnard, Gillett, Et. Al., “Noise levels during college football games and associated effects on players and fans,” Proceedings of ASME-NCAD, Dearborn, MI, July 2008.

6.      Barnard, Hambric, Conlon, Capone, “Narrowband sound power measurements using supersonic intensity in underwater reverberant environments,” Proceedings of INCE Noise-Con 2007, Reno, NV, October 2007.

7.      Barnard, Hambric, Conlon, Capone, “Measuring sound power and directivity of a submerged cylinder in a reverberant tank using intensity based nearfield acoustic holography techniques,” Proceedings of Inter-Noise 2006, Honolulu, HI, December 2006.

8.      Barnard, Rao, “Measurement of sound transmission loss using a modified four microphone impedance tube,” Proceedings of INCE Noise-Con 2004, Baltimore, MD, July 2004.

9.      Barnard, Rao, “A comparison of acoustic absorption coefficient measurements from the in-situ method with traditional methods,” Proceedings of INCE Noise-Con 2004, Baltimore, MD, July 2004.

10.  Spriut, Et. Al., “Noise Transmission Study of a Table Saw,” Proceedings of INCE Noise-Con 2003, Cleveland, OH, June 2003.


Professional Affiliations

Member, Institute for Noise Control Engineering (INCE)

Member, Acoustical Society of America (ASA)


Courses Taught

Currently I do not teach courses. I have previously team-taught ACS 402: Introduction to Acoustics.


Crowd Noise

Here are some samples of the data we collect at PSU football games.  There are four example sound files and an animation that shows the crowd noise distributed around the stadium for the 2009 PSU-Iowa game.  The animation was created by another PSU Acoustics student, Ryan terMeulen.  You must have Windows Media Player to play the animation.

 

·      Famous “We Are Penn State” chant

·      Opening Kickoff

·      Iowa 3rd down resulting in a PSU interception

·      PSU touchdown

 

Animation of PSU crowd noise

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