Search

Results: 18 - pag 1/2«12 »

High sensitivity pressure measurement using optical fibre sensors mounted on a composite diaphragm

https://www.nova-scientia.org/en-ww/high-sensitivity-pressure-measurement-using-optical-fibre-sensors-mounted-on-a-composite-diaphragm.aspx High sensitivity pressure measurement using optical fibre sensors mounted on a composite diaphragm Abstract "A pressure sensor specified for aerodynamic applications and based on optical fibre strain sensors mounted on a circular glass fibre reinforced polymer membrane is presented. The use of two fibre optic strain [...]

Fibre segment interferometry using code-division multiplexed optical signal processing for strain sensing applications

https://www.nova-scientia.org/en-ww/fibre-segment-interferometry-using-code-division-multiplexed-optical-signal-processing-for-strain-sensing-applications.aspx Fibre segment interferometry using code-division multiplexed optical signal processing for strain sensing applications Abstract "A novel optical signal processing scheme for multiplexing fibre segment interferometers is proposed. ... This scheme is applied to fibre segment interferometry, where a number of long-gauge length [...]

Electric Mobility, Fiber optic monitoring technology

https://www.nova-scientia.org/en-ww/electric-mobility.aspxTo acquire meaningful data with existing optical technology, fibres must be integrated in the battery cells. NOVA FSI increases the measurement resolution such that it is sufficient to have the fibres on the module and not in the cells.

Introduction, Technology based on fiber optic sensor applications

https://www.nova-scientia.org/en-ww/introduction.aspxIn this perspective, optical fibre sensing represents the best performing solution to acquire precise data in challenging environments. ... Light propagating through an optical fibre is affected by the surrounding environment By measuring specific light parameters, one can reconstruct what happened to the fibre One can infer with [...]

Dr. Laura Aime

https://www.nova-scientia.org/en-ww/laura-aime.aspxHer experience started in F1, where she worked in design and composite in several teams until she moved on to do a PhD on developing a novel optical fibre based pressure sensor applied to a racing car. Laura is responsible for the optical fibre sensors design and manufacturing related work, along with testing and prototyping. When she doesn’t play with [...]

Ben Hunter

https://www.nova-scientia.org/en-ww/ben-hunter.aspx Ben Hunter Chief Operations Officer Ben has spent the last 11 years working in the fibre optic sensing industry. ... He has built and installed fibre optic systems in some of the worlds harshest environments ranging from offshore wind turbines in the South China Sea to oil rigs in the central plains of Oman.

Differences between NOVA technology and FBG technology

https://www.nova-scientia.org/en-ww/differences-between-nova-technology-and-fbgs-technology.aspx Differences between NOVA technology and FBG technology NOVA SCIENTIA technology introduces a new physics in the optical fibre field that improves all the main characteristics of what is available today with FBG's technology: accuracy, data rate speed, monitoring possibilities and costs. NOVA Tech goes beyond the limits of FBG technology Today Optical-fiber sensors based [...]

NOVA temperature sensing technology

https://www.nova-scientia.org/en-ww/nova-temperature-sensing-technology.aspxIn detecting the phase change from the reference fibre cleaved end, it is possible to quantify the temperature change and so the integral result of the temperature gradient applied along the segments.

Strain sensor

https://www.nova-scientia.org/en-ww/strain-sensor.aspxThe test set up is represented by a tensile test machine; an aluminium specimen instrumented with a fibre optics; our acquisition unit and a visualisation software. ... A fibre runs all along the specimen in and out and it’s fully embedded in it. Visualisation Software This is our visualisation software: On the top you can visualise the different [...]

Andrew Ogden

https://www.nova-scientia.org/en-ww/andrew-ogden.aspx Andrew Ogden Hardware Development Engineer Andrew studied Electrical and Electronic Engineering and gained his Master’s degree from Aston University, which led to fibre-based interferometry work with Aston Institute of Photonics Technology.