search

Press ENTER to search or ESC to close

Search

Results: 16 - pag 1/2«12»
Dynamic fiber-optic shape sensing using fiber segment interferometry

Dynamic fiber-optic shape sensing using fiber segment interferometry

https://www.nova-scientia.org/en-ww/dynamic-fiber-optic-shape-sensing-using-fiber-segment-interferometry.aspx
Dynamic fiber-optic shape sensing using fiber segment interferometry Abstract "Dynamic fiber-optic shape sensing, often also referred to as curvature or bend sensing, is demonstrated using fiber segment interferometry, where chains of fiber segments, separated by broadband Bragg grating reflectors, are [...]
NOVA shape sensing

NOVA shape sensing

https://www.nova-scientia.org/en-ww/nova-shape-sensing.aspx
NOVA Technology > Technology > Ask the expert > NOVA shape sensing NOVA shape sensing NOVA-Shape Sensing is a patented application that allow to track the displacements and so the deformation of surfaces on where applied. ... A key advantage of NOVA-Shape [...]
Bladesense – a novel approach for measuring dynamic helicopter rotor blade deformation

Bladesense – a novel approach for measuring dynamic helicopter rotor blade deformation

https://www.nova-scientia.org/en-ww/bladesense-a-novel-approach-for-measuring-dynamic-helicopter-rotor-blade-deformation.aspx
The BladeSense project initiated in 2016 aims to take a step in developing and demonstrating such a capability using novel fibre optic sensors that allow direct shape measurement. ... This ranges from the use of computational aerodynamics and structural modelling to predict blade dynamics to the development of direct fibre optic shape [...]
About Us, Structural and environmental monitoring

About Us, Structural and environmental monitoring

https://www.nova-scientia.org/en-ww/about-us.aspx
About Us Optical fiber sensing is triggering a new era of structural and environmental monitoring.... Thanks to its fully patented technology based on Fiber Segment Interferometry (FSI), NOVA SCIENTIA represents a step forward for all engineering systems aiming to optimized efficiency via enhanced control, shape sensing and predictive [...]
Introduction, Technology based on fiber optic sensor applications

Introduction, Technology based on fiber optic sensor applications

https://www.nova-scientia.org/en-ww/introduction.aspx
Introduction NOVA SCIENTIA patented technology is a novel and innovative technique in the field of optical fibre sensing: Fiber Segment Interferometry (FSI). ... Thanks to the enhanced performances, FSI is particularly indicated for shape sensing applications where the smallest tip error is required.
Infrastructure and Geotechnical, Fiber optic monitoring technology

Infrastructure and Geotechnical, Fiber optic monitoring technology

https://www.nova-scientia.org/en-ww/infrastructure-and-geology.aspx
Infrastructure and Geotechnical Contact our experts to discover the applications and benefits of NOVA patented technology for the Infrastructure and Geology markets.
n-4d

n-4d

https://www.nova-scientia.org/en-ww/n-4d.aspx
Divisions > NOVA Photonics > n-4d n-4d o X-Y-Z-T: In-Space Shape Sensing - Temperature Mapping o X-Y-Z-P: In-Space Shape Sensing - Pressure Mapping
n-3d

n-3d

https://www.nova-scientia.org/en-ww/n-3d.aspx
Divisions > NOVA Photonics > n-3d n-3d o X-T-P: Monoaxial Strain - Pressure - Temperature-Compensated o X-Y-T: In-Plane Shape Sensing - Temperature Mapping o X-Y-P: In-Plane Shape Sensing - Pressure Mapping o X-Y-Z: In-Space Shape Sensing
n-5d

n-5d

https://www.nova-scientia.org/en-ww/n-5d.aspx
Divisions > NOVA Photonics > n-5d n-5d o X-Y-Z-T-P: In-Space Shape Sensing - Temperature Mapping - Pressure Mapping
Results: 16 - pag 1/2«12»