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RECENT RESEARCH ACTIVITIES 

  

    The SMSRC has had the good fortune to participate in a large array of sponsored research projects over the past five ears. With an annual budget exceeding $1.5M, the Center is typically involved in twenty basic and applied projects at any one time.

Among the many interesting projects in which SMSRC is presently involved, two space flight experiments that include hydrogen leak detection in launch vehicles are particularly exciting. As part if the Integrate Vehicle Health Management (IVHM) Shuttle Upgrades Project HTD-2, the SMSRC is responsible for the development of a new class of distributed fiber optic hydrogen sensors based on Bragg grating technology. Teamed with NASA Langely Research Center Engineers for packaging and space qualification, and with NASA Kennedy Space Flight and Boeing North America Engineers for systems integration, SMSRC researchers are developing an array 40 hydrogen sensors that will be distributed though out one quadrant of the Shuttle's main propulsion system. Hydrogen leak monitoring will commence during tanking and terminate at Main Engine Cut-off during a Shuttle mission is manifested for the middle of 1999. A similar, though less extensive, technology is being developed to monitor for hydrogen leaks in the X-33 composite fuel tanks.

Other interesting projects conducted by SMSRC researchers are listed below.

Micromechanics of Structurally Embedded Fiber Optic Sensors
Simultaneous Strain/Temperature Sensor Development
Long Tapered Fiber Vibration Mode Sensors
Three-strain Sensor Development Using Microcavities and Gratings
Planar Waveguide High Temperature Sensors
Embedded Fiber Optic Sensors for Health Monitoring of Composite Reinforced Filament Wound Pressure Vessels
Fiber Optic Sensor Development for Shock Loading Applications
Shape Sensing Using Distributed Fiber Optic Sensor Technology
Long Period Grating Biochemical Sensors
Ingress/Egress Technologies for Structurally Embedded Fiber Optic Sensors
Basic Studies in Bragg Grating Growth Kenetics
Material Limitations in Fiber Optic Connector Assemblies
Soil Sensors for Advanced Pavements
Active and Passive Magnetic Composites
Dynamics, Stability, and Control of Cranes
Active Control of Enclosed Sound Fields
Active Control of Wave Transmission Through Struts
Constrained Layer Damping
Nonlinear Interactions in Structures
Dynamics and Stability of Milling Process
Liquid Level Detection in Cryogenic Environments
Monitoring of Satellite Antenna Shapes
Ship Structural health Monitoring Using a Large Scale High Speed
Fiber Sensor Network
High Speed, Precision Monitoring of Muzzle Bending in Harsh Environments
MEMS Based Optical Energy Interrupter

 

 

 

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Last modified: March 21, 2002