Fiber Optic Sensing System Overview Development And Deployment In Flight At Nasa

Lance richards currently works at the nasa engineering and safety center and is stationed at nasa armstrong flight research center at edwards california.

Fiber optic sensing system overview development and deployment in flight at nasa. Request pdf on nov 1 2015 hon man chan and others published fiber optic sensing system. Theory behind fiber bragg grating fbg sensors as well as interrogation technique based on optical frequency domain reflectometry ofdr is discussed. Nasa s armstrong flight research center is offering companies that provide sensing solutions for monitoring of structures and asset management of storage tanks a unique opportunity to expand their product line to include unprecedented capabilities. 853 will include shape as one of the parameters to be measured fed back into the flight control system and used to control the shape of its wings.

An overview of the research and technological development of the fiber optic sensing system foss at the national aeronautics and space administration armstrong flight research center nasa afrc is presented. Known as foss for fiber optic sensing system nasa s patented award winning technology. Chan h m parker a r piazza a richards w l. Lance does research in fiber bragg.

6713 aug 28 2007. We hope to have the fiber optics sensing system on the aircraft and start making measurements by end of the year parker said. Overview development and deployment in flight at nasa find read and cite all the research you need. The fiber optic sensing system on f a 18 no.

A fiber optic sensing system foss developed for aeronautics research at nasa s armstrong flight research center in california has the potential to solve a number of technical challenges not only for the agency but also for industries as diverse as medical power beverage and automotive. In proceedings of avionics and vehicle fiber optics and photonics conference 71 73 ieee 2015. Theory behind fiber bragg grating fbg sensors as well as interrogation technique based on optical.