Unicamp and IEAv Design Sensitive Optical Fiber Sensors via Modeling
Jonas Osório, Cristiano Cordeiro, Unicamp; Marcos Franco, Valdir Serrão, Instituto de Estudos Avançados, Brazil
The environments in which sensors are most integral are often the most harsh and unforgiving, such as vacuum chambers, the ocean floor, and petroleum reservoirs. Traditional sensing techniques are not ideal in these applications, whereas optical fiber sensors can provide a versatile pressure sensing solution, as they are sensitive and electromagnetically immune. Researchers at Universidade Estadual de Campinas (Unicamp) and the Instituto de Estudos Avançados (IEAv) in Brazil are developing optical fibers with a microstructure that exhibits high sensing capabilities. Using numerical simulation, the team maximized the fibers’ birefringence dependence on pressure variations and thus the sensitivity of the sensor.
Suggested Stories
Keynote: Electrochemical Modeling for Optimized Operating Strategies and Development of Automotive Cells
In this keynote talk from COMSOL Day: Battery Design, Nikolaos Papadopoulos of Porsche discusses how he is using ...
How Decaying Shells Help Preserve the Alkalinity of the Seas
Decaying seashells can release calcium carbonates, which help neutralize carbon dioxide in seawater. But ocean ...
HPC-Enabled Simulation Aids in the Design of Customized High-Power Electrical Devices
Engineers at Block Transformatoren-Elektronik design custom coiled products, including transformers, power supplies, ...
Get a Quick Look at How Sonos Develops Innovative Smart Speakers
Innovative designs are typically not developed in one go. In this video, we meet Doug Button, distinguished audio ...
