Search Constraints
Search Results
Select an image to start the slideshow
Wireless Sensor Networks for Monitoring Cracks in Structures
1 of 22
Wireless Sensor Networks for Monitoring Cracks in Structures: Source Code and Configuration Files
2 of 22
Autonomous Crack Displacement Monitoring of a Residence Near a Quarry
3 of 22
Qualification of Autonomous Crack Monitoring Systems
4 of 22
Wireless Sensor Networks for Crack Displacement Measurement
5 of 22
Florida SR-66 Sinkhole Monitoring
6 of 22
Crack Response of a Historic Structure to Weather Effects and Construction Vibrations
7 of 22
Standardization of Automated Crack Monitoring Apparatus for Long-Term Commercial Applications
8 of 22
Crack Response to Weather Effects, Blasting, and Construction Vibrations
9 of 22
Comparison of Measured Crack Response in Diverse Structures to Dynamic Events and Weather Phenomena
10 of 22
Measure the Crack Instead of Construction Vibration
11 of 22
Autonomous Crack Comparometer Phase II
12 of 22
Comparison of Environmental and Blast Response in Blanford, Indiana
13 of 22
Potentiometers for Measuring Micro-inch Crack Displacements with Wireless Systems
14 of 22
Wireless data acquisition system. Smart Dust Challenge. Crossbow, Inc., San Jose, California.
15 of 22
Wireless Data Acquisition System
16 of 22
Geo-Measurements with Metallic TDR Cable Technology for Infrastructure Surveillance
17 of 22
Real Time Monitoring of Infrastructure of Subsidence Along I-70 in Washington, PA
18 of 22
Real Time Monitoring of Infrastructure Using TDR Technology: Case Histories
19 of 22
Numerical Simulation of Measured Time Domain Reflectormetry Signatures
20 of 22
Health monitoring of early age concrete
21 of 22
A Micromechanical Model for Characterization of Cement Paste at Early Age Validated with Experiments (preprint)
22 of 22