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data analysis

https://www.nova-scientia.org/en-ww/data-analysis-1.aspx data analysis

https://www.nova-scientia.org/en-ww/product-development-support-v1.aspx Product development support A typical engineering product development program work flow could be schematised with the following loop: design > simulation > manufacturing > testing > data analysis > [back to design]. ... NOVA Technology is a innovative support for the testing and data analysis phases, [...]

About Us, Structural and environmental monitoring

https://www.nova-scientia.org/en-ww/about-us.aspx NOVA SCIENTIA, freshly founded as a high-tech and innovative company, pushes fiber measurements to nanostrain performances at data acquisition rates of hundreds of kHz. ... Through its sub-divisions NOVA Photonics , NOVA Tech and NOVA Analytica , NOVA SCIENTIA vertically takes care of every aspect related to complex sensing projects: - Business strategy - [...]

Team, Engineers with multidisciplinary skills

https://www.nova-scientia.org/en-ww/team.aspx Team NOVA SCIENTIA: An innovation hub NOVA SCIENTIA concentrates an international and multidisciplinary set of expertise: 18 qualified employees 5 different nationalities 5 spoken languages: English, German, French, Italian, Russian Multidisciplinary academic background: 1 MBA 4 Master degrees Mechanical Engineering Aerospace Engineering Physics Philosophy 6 PhDs Material science Fibre [...]

Structure health monitoring

https://www.nova-scientia.org/en-ww/structure-health-monitoring-v1.aspx NOVA Tech is designed for remote and continuous structure health monitoring where NOVA-sensing technology and the cutting edge data analysis methodologies, such as machine learning and AI, increase the system safety and working life. Some possible case studies: bearings loads, vibrations, lubrication, balance, temperatures. bridge vibrations, modal [...]

n-3d

https://www.nova-scientia.org/en-ww/n-3d.aspx n-3d Multi-D sensing: more insights 3-D: in plane shape tracking and temperature mapping vs time | in space shape tracking vs time 3-D sensing measures the shape deformation in space in real time. Different 3-D configurations allow to simultaneously measure the in-plane deformation and the temperature gradient vs time (combination of the 2-D and 1-D examples into a single sensor)

n-2d

https://www.nova-scientia.org/en-ww/n-2d.aspx n-2d 2-D sensing: more insights 2-D strain and temperature vs time | in-plane shape tracking vs time 2-D sensing measures in real time the shape deformation in a pre-defined plane. Different 2-D configurations allow to simultaneously measure elongation and temperature gradient vs time (combination of the two examples in 1-D page)

n-1d

https://www.nova-scientia.org/en-ww/n-1d.aspx n-1d 1-D sensing: more insights 1-D: strain or temperature vs time 1-D sensing approach measures in real time the elongation along the fibre axis due to structure deformation or temperature gradient Download the Strain1D Case Study Datasheet

Smart Mechanical Components

https://www.nova-scientia.org/en-ww/smart-mechanical-components.aspx Smart Mechanical Components NOVA Multi-D sensing elements applied to strategic assembly components ( bolts, bearings, axials, bonded joints, etc.) give the possibility to monitor in real-time: Pre-load and self loosening Temperature and heat flux Vibration Through the real-time output of the system status, this approach presents many advantages: Augmented safety Increased system efficiency [...]

Fiber segment interferometry for dynamic strain measurements

https://www.nova-scientia.org/en-ww/fiber-segment-interferometry-for-dynamic-strain-measurements.aspxTargeted at dynamic strain analysis and ultrasound detection for structural health monitoring, this approach allows integrated strain measurements along fiber segments, removing the sensing gaps and sensitivity to inhomogeneities found with localized fiber sensors. ... The sensor array can be interrogated at 98 kHz data rate, achieving dynamic strain noise [...]

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