ACOUSTIC EMISSION WORKING GROUP

AEWG-51: Memphis, TN, USA, Oct 13 -15, 2008

 

 
 
 

 

 

Student Award Competition 2008

Eligibility:
Any current or recent (within one year) university or college student

Submission Entry:
An extended abstract up to 3 pages in length, including all text, tables and figures. To be submitted electronically as PDF.

Submission Process:
Include title of paper, your name, academic facility, name of professor associated and/or familiar with the work, as you would like them to appear if you attend the next conference.

Please email as PDF attachment to Prof. Dave Prine: dprine@northwestern.edu

Submission Deadline for Extended Abstracts for Student Award: August 15, 2008
You should receive a return message that your entry has been received within 3 days. If not, please resend. Entries will be judged by the AEWG Student Paper Award Committee.

Some Award Criteria:

  • Originality
  • Explanation of the objective and challenges
  • Clear, concise description of techniques and instrumentation
  • Description of data analysis including filtering
  • The results
  • Conclusion(s)
  • Effectiveness of methods used
  • Knowledge of existing and relevant AE Background
  • Usefulness and/or relevance to an AE audience in the spirit of a working group

Award:
A cash prize of $300 for the first place paper principal author, in person, and a free Conference registration.

 

List of Awardees in past AEWG Meetings:

Name

Affiliation

Awarded Paper Title

Faculty Advisor

AEWG Conference

Takuma Matsuo Aoyama Gakuin University
5-10-1, Fuchinobe,
Sagamihara,
Kanagawa 229-8558,
JAPAN
Immersion Type Multi-channel
Optical Fiber AE sensor for
Liquid Borne AE
Takeshi Ogawa and Mikio Takemoto 2007
Lake Tahoe, NV
Akio Yonezu Aoyama Gakuin University
5-10-1, Fuchinobe,
Sagamihara,
Kanagawa 229-8558,
JAPAN
Hybrid Technique of AE
and Corrosion Potential Fluctuation for
Stress Corrosion Cracking Study
Hideo Cho
and
Mikio Takemoto
2006
UC Berkeley,
San Francisco, CA
Jihui Li Department of
Biomedical Engineering,
The University of Memphis,
Memphis, TN
A Variable Velocity Approach to
Locate Fatigue Induced Microcracks
Occurred in Cemented Femoral Component
Gang Qi 2005
Houston, TX
Yu Kurokawa Tokyo Inst. of Technology,
Meguro, Tokyo,
Japan
Real-time executing source location system
applicable to anisotropic thin structures
Yoshihiro Mizutani
Failed to select a
qualified winner
      2004
Pennsylvania State Univ.
University Park, PA
Albert C. To UC, Berkley
Department of
Civil Engineering and
Environmental Engineering
Full Waveform Inversion of the
Kinematics of a Simulated Crack Inside
an Artificial Rock
Steven D. Glaser 2003
Portland State Univ.
Portland, OR
 

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