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15967156

snijden --- papierkunst --- carving techniques --- Art --- kunstwerken --- Laserstanzen --- Pop-upboeken --- Papierkunst --- kunst --- kunsttechniek --- découpages --- 7.023 --- meubelkunst --- meubilair --- producdesign --- design --- karton --- hout --- papier --- 745.54 --- 7.02 --- Cut-outs ; technieken --- Knipsels ; het uitsnijden --- Beeldende kunst ; technieken ; decoupage ; cutting-edge --- Decoratieve kunstnijverheid ; knutseltechnieken ; papier --- Kunst ; technieken --- Pop-upboek --- 766.11.02 --- Grafische industrie en ontwerp ; drager ; papier & boek ; technieken

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While some books present “ideal” ethnographic field methods, Inside Ethnography shares the realities of fieldwork in action. With a focus on strategies employed with populations at society’s margins, twenty-one contemporary ethnographers examine their cutting-edge work with honesty and introspection, drawing readers into the field to reveal the challenges they have faced. Representing disciplinary approaches from criminology, sociology, anthropology, public health, business, and social work, and designed explicitly for courses on ethnographic and qualitative methods, crime, deviance, drugs, and urban sociology, the authors portray an evolving methodology that adapts to the conditions of the field while tackling emerging controversies with perceptive sensitivity. Their judicious advice on how to avoid pitfalls and remedy missteps provides unusual insights for practitioners, academics, and undergraduate and graduate students.

Ethnology --- Research --- Methodology. --- academics. --- anthropology. --- business. --- challenges. --- contemporary ethnographers. --- crime. --- criminology. --- cutting edge work. --- deviance. --- disciplinary approaches. --- drugs. --- emerging controversies. --- ethnographic field methods. --- evolving methodology. --- fieldwork in action. --- graduate students. --- honesty. --- introspection. --- judicious advice. --- perceptive sensitivity. --- practitioners. --- public health. --- qualitative methods. --- social work. --- societys margins. --- sociology. --- undergraduate students. --- urban sociology.

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This specialist edition features key innovations in the science and engineering of new grinding processes, abrasives, tools, machines, and systems for a range of important industrial applications. Topics written by invited, internationally recognized authors review the advances and present results of research over a range of well-known grinding processes. A significant introductory review chapter explores innovations to achieve high productivity and very high precision in grinding. The reviewed applications range from grinding systems for very large lenses and reflectors, through to medium size grinding machine processes, and down to grinding very small components used in MEMS . Early research chapters explore the influence of grinding wheel topography on surface integrity and wheel wear. A novel chapter on abrasive processes also addresses the finishing of parts produced by additive manufacturing through mass finishing. Materials to be ground range from conventional engineering steels to aerospace materials, ceramics, and composites. The research findings highlight important new results for avoiding material sub-surface damage. The papers compiled in this book include references to many source publications which will be found invaluable for further research, such as new features introduced into control systems to improve process efficiency. The papers also reflect significant improvements and research findings relating to many aspects of grinding processes, including machines, materials, abrasives, wheel preparation, coolants, lubricants, and fluid delivery. Finally, a definitive chapter summarizes the optimal settings for high precision and the achievement of centerless grinding stability.

wheels --- safe operation --- precision --- lubrication --- surface roughness --- microgrinding --- high-performance dry grinding --- micro-grinding --- brittle hard materials --- glass --- micropencil grinding tools --- topography --- glass–ceramic --- cutting edge --- coolant delivery --- quality --- fusion --- materials --- metal additive manufacturing --- profile gear grinding --- grinding fluid --- coolant --- contact conditions --- metal cutting fluid --- grinding --- self-sharpening --- mass finishing --- process optimization --- centerless grinding --- grinding fluid nozzle --- laser --- productivity --- systems --- subsurface damages --- NC-form grinding --- sodium dodecyl sulfate --- grinding wheels --- processes --- jet breakup --- control --- removal rates --- wear modelling --- precision grinding --- optics manufacturing --- sensors --- bonding --- microstructures --- machines --- thermo-mechanical stress collective

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How to benefit from emerging technologies From the daggers and axes of the cavemen societies to today's spacecraft, self-driving cars, metaverses, and AI-filled societies, technology has significantly emerged and brought about a massive transformation to our lives. The pace of this innovation has been particularly colossal in this industrial era, continuously disrupting our lives. Where will this imminent tech take us in the future? This book will dissect how various aspects of our lives will be transformed in the years to come, with a particular focus on how to benefit from these emerging technologies. You will gain a 360-degree view by getting a historical perspective of technology since discussions about the future are seldom complete without history. The ongoing debate on whether technology will replace our jobs in the future is causing great panic. Technology will not take away our jobs; lack of technology certainly will. This book provides a freight of the latest tech-driven trends to equip everyone to face the future, like a one-time software upgrade. Whether you're a freshly graduated student, a bewildered parent, or a tech enthusiast, this book offers everything you need to stay ahead of the game. It will also help budding entrepreneurs and corporate professionals identify opportunities to incorporate tech into their businesses through a glimpse into the future.

Technological innovations. --- Technological innovations --- Technological forecasting. --- Social aspects. --- Books on technology and business. --- Books on technology and future. --- Best books on future technology. --- Best books on technology and society. --- Books on technology innovation. --- Books on technology for dummies. --- Books on technology for nontechnical people. --- Technology scouting books. --- Technology explained. --- History of technology books. --- Key trends in technology for dummies. --- Technology books for dummies 2022. --- Information technology books. --- How technology works book. --- Technology history books. --- How to use technology book. --- Cutting-edge research on technology for beginners. --- Leading in the digital world. --- Tech books for beginners. --- Tech books for dummies. --- Tech books to read. --- Tech books. --- Books on technology and business trends. --- Keeping up with technology for dummies.

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Metrology is the science of measurement, which can be divided into three overlapping activities: (1) the definition of units of measurement, (2) the realization of units of measurement, and (3) the traceability of measurement units. Manufacturing metrology originally implicates the measurement of components and inputs for a manufacturing process to assure they are within specification requirements. It can also be extended to indicate the performance measurement of manufacturing equipment. This Special Issue covers papers revealing novel measurement methodologies and instrumentations for manufacturing metrology from the conventional industry to the frontier of the advanced hi-tech industry. Twenty-five papers are included in this Special Issue. These published papers can be categorized into four main groups, as follows: Length measurement: covering new designs, from micro/nanogap measurement with laser triangulation sensors and laser interferometers to very-long-distance, newly developed mode-locked femtosecond lasers. Surface profile and form measurements: covering technologies with new confocal sensors and imagine sensors: in situ and on-machine measurements. Angle measurements: these include a new 2D precision level design, a review of angle measurement with mode-locked femtosecond lasers, and multi-axis machine tool squareness measurement. Other laboratory systems: these include a water cooling temperature control system and a computer-aided inspection framework for CMM performance evaluation.

Technology: general issues --- History of engineering & technology --- white light interference --- laser interference --- surface positioning --- end-plate surface distance measurement --- spherical diamond wheel --- diamond roller --- form truing --- in-situ measurements --- topography measurement --- differential measurement system --- modular design --- confocal sensor --- film interferometry --- over-constrained mechanism --- geometric deviations --- multi-tasking machine tools --- identification method --- squareness of translational axes --- metrology --- step gauge --- length calibration --- multi-path laser synthesis technology --- measurement mechanism --- machine tool --- surface shape contour --- on-site measurement --- positional relation --- scanless 3D imaging --- compressed sensing --- depth detection --- single-pixel detector --- blade tip timing --- circumferential Fourier fit --- synchronous vibration --- optical angle sensor --- mode-locked femtosecond laser --- optical frequency comb --- laser autocollimation --- diffraction grating --- absolute angle measurement --- nonlinear optics --- second harmonic generation --- aeroengine blade --- blade twist --- measurement and evaluation --- a priori planning --- geometric analysis --- automated optical inspection --- precision measurement --- circular contour --- edge detection --- measurement system analysis --- coordinate measuring machine --- reproducibility --- GD&amp --- T --- quality --- measurement uncertainty --- precision metrology --- form measurement --- stitching linear-scan method --- roundness measurement --- Monte Carlo method --- single point diamond tool --- cutting edge radius --- reversal method --- nanoindentation system --- elastic recovery --- surface charge distribution --- point probing characteristics --- spherical scattering electrical field probe --- miniature internal structures --- high aspect ratios --- circulating cooling water --- dynamic thermal filtering --- precision manufacturing --- quick response --- temperature stability --- thermal management --- dual-axis level --- light refraction --- light transmission --- angle measurement --- differential Fabry-Pérot interferometer --- homodyne interferometer --- nonlinearity error --- linear displacement --- chromatic confocal probe --- femtosecond laser --- off-axis differential method --- tracking local minimum method --- laser triangulation displacement sensor (LTDS) --- dispensing robot --- location system --- actual laser imaging waveform --- centroid difference --- repeatability accuracy --- dynamic response speed --- absolute distance measurement --- system error correction --- surface texture measurement --- confocal sensing --- surface form tracing --- 3D reconstruction --- roughness --- in-process --- metrology for machining --- optical coherence tomography --- wafer die --- defect detection --- generative adversarial network (GAN) --- you only look once version 3 (YOLOv3) --- pad dressing --- dynamic measurement --- CMP --- pad uniformity --- pad lifetime --- white light interference --- laser interference --- surface positioning --- end-plate surface distance measurement --- spherical diamond wheel --- diamond roller --- form truing --- in-situ measurements --- topography measurement --- differential measurement system --- modular design --- confocal sensor --- film interferometry --- over-constrained mechanism --- geometric deviations --- multi-tasking machine tools --- identification method --- squareness of translational axes --- metrology --- step gauge --- length calibration --- multi-path laser synthesis technology --- measurement mechanism --- machine tool --- surface shape contour --- on-site measurement --- positional relation --- scanless 3D imaging --- compressed sensing --- depth detection --- single-pixel detector --- blade tip timing --- circumferential Fourier fit --- synchronous vibration --- optical angle sensor --- mode-locked femtosecond laser --- optical frequency comb --- laser autocollimation --- diffraction grating --- absolute angle measurement --- nonlinear optics --- second harmonic generation --- aeroengine blade --- blade twist --- measurement and evaluation --- a priori planning --- geometric analysis --- automated optical inspection --- precision measurement --- circular contour --- edge detection --- measurement system analysis --- coordinate measuring machine --- reproducibility --- GD&amp --- T --- quality --- measurement uncertainty --- precision metrology --- form measurement --- stitching linear-scan method --- roundness measurement --- Monte Carlo method --- single point diamond tool --- cutting edge radius --- reversal method --- nanoindentation system --- elastic recovery --- surface charge distribution --- point probing characteristics --- spherical scattering electrical field probe --- miniature internal structures --- high aspect ratios --- circulating cooling water --- dynamic thermal filtering --- precision manufacturing --- quick response --- temperature stability --- thermal management --- dual-axis level --- light refraction --- light transmission --- angle measurement --- differential Fabry-Pérot interferometer --- homodyne interferometer --- nonlinearity error --- linear displacement --- chromatic confocal probe --- femtosecond laser --- off-axis differential method --- tracking local minimum method --- laser triangulation displacement sensor (LTDS) --- dispensing robot --- location system --- actual laser imaging waveform --- centroid difference --- repeatability accuracy --- dynamic response speed --- absolute distance measurement --- system error correction --- surface texture measurement --- confocal sensing --- surface form tracing --- 3D reconstruction --- roughness --- in-process --- metrology for machining --- optical coherence tomography --- wafer die --- defect detection --- generative adversarial network (GAN) --- you only look once version 3 (YOLOv3) --- pad dressing --- dynamic measurement --- CMP --- pad uniformity --- pad lifetime