Optical In-Process Measurement Systems

doi:10.3390/books978-3-0365-3850-1

Download Url(s)

https://mdpi.com/books/pdfview/book/5444

Contributor(s)

Fischer, Andreas (editor)

Language

English

Show full item record

Abstract

Information is key, which means that measurements are key. For this reason, this book provides unique insight into state-of-the-art research works regarding optical measurement systems. Optical systems are fast and precise, and the ongoing challenge is to enable optical principles for in-process measurements. Presented within this book is a selection of promising optical measurement approaches for real-world applications.

URI

https://directory.doabooks.org/handle/20.500.12854/84461

Keywords

speckle photography; in-process measurement; deep rolling process; generalized phase shifting interferometry; dual-aperture common-path interferometer; real-time optical instrumentation; optomechatronic systems; electrical steel; optical coherence tomography; OCT; scanning; process monitoring; laser material processing; spot compensation; low coherence interferometry; LCI; wind lidar; Doppler lidar; bistatic; metrology; traceability; wind energy; meteorology; diffraction grating; grating pitch; mode-locked femtosecond laser; laser diffraction; diffraction equation; measurement uncertainty analysis; image processing; pattern recognition; wind energy turbines; turbulence wedges; coherence scanning interferometry; in-process application; Mirau interferometer; vibration compensation; interferometric distance sensor; optical path length modulation; oscillating reference mirror; hairpin; laser welding; semantic segmentation; dilated convolution; sdu-net; spatter detection; quality assurance; fast prediction time; in situ measurement; optical metrology; quality control; interferometry; fringe projection; computational shear interferometry; coherence function; structure function; additive manufacturing; medium voltage switchgear; SF6 alternatives; UV-Vis spectroscopy; gas mixing modeling; multicomponent diffusion analysis; explosion; coal dust; methane; explosion suppression; spectral characteristics; explosion pressure; radiation intensity; free radicals; n/a