Professor Amr M. Baz

 

 

 

 
search

UMD    This Site


 






The Department of Civil and Environmental Engineering?s Dr. Yunfeng Zhang was recently awarded a National Science Foundation (NSF) grant. The title of the project is "Collaborative Research: Sensor Fusion for Comprehensive Health Monitoring of Complex Infrastructure Systems - An International Testbed Opportunity." The initial amendment date for the project was January 5, 2009.

According to Dr. Zhang, ?Deterioration of large infrastructure systems is a common, yet complex problem that requires innovative sensor technologies to address. This collaborative research project is focused upon the integration of five emerging sensor technologies that when fused into a structural health monitoring (SHM) system, have the potential to accurately identify structural distress.?

Dr. Zhang will test his piezoelectric paint sensor as a local passive device to monitor the imminent cracks from fatigue failure in steel bridges and overloading to concrete girder bridge girder on several high bridges in South Korea.

Please click here for the NSF announcement.



February 9, 2009


«Previous Story  

 

 

?Deterioration of large infrastructure systems is a common, yet complex problem that requires innovative sensor technologies to address. This collaborative research project is focused upon the integration of five emerging sensor technologies that when fused into a structural health monitoring (SHM) system, have the potential to accurately identify structural distress,? says Dr. Zhang.

Current Headlines

Search Open for Faculty in Water Resources Engineering

Niemeier Featured as CHR Marks Anniversary

Quantum Machine Learning: UMD Partners With Researchers in Japan

UMD Research Sheds Light on Palisades Fire Pileups

Maryland Engineering: Top 10 in the Country, 8 Years Running

Repurposing Data Center Coolants

Celebrating Women’s History Month & Multiracial Heritage Month 2026

Upchurch Receives Top Recognitions from ASCE, ITE

Celebrating Black History Month 2026

Reilly Awarded Sloan Foundation Grant for Resilience Research

 

 

 

©2010  |  University of Maryland

UMD Home Clark School Home Home