Dimensional measurement based on rotating wire probe and acoustic emission

Elfurjani, Salah; Bayesteh, Abdolreza; Park, Simon S.; Jun, Martin B. G.

doi:10.1016/j.measurement.2014.09.016

Cited by 6 publications

(1 citation statement)

References 10 publications

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“…Acoustic emission (AE) is a signal generated during contact and is often used for contact detection and process condition monitoring in mechanical machining [138]. A microprobe system that uses AE has been proposed [139,140]. Moreover, a wire with a sharp edge was rotated at high speed to induce AE signals.…”

Section: Acoustic Emissionmentioning

confidence: 99%

Surface-Sensing Principle of Microprobe System for Micro-Scale Coordinate Metrology: A Review

Michihata

2022

Metrology

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Micro-coordinate measuring machines (micro-CMMs) for measuring microcomponents require a probe system with a probe tip diameter of several tens to several hundreds of micrometers. Scale effects work for such a small probe tip, i.e., the probe tip tends to stick on the measurement surface via surface adhesion forces. These surface adhesion forces significantly deteriorate probing resolution or repeatability. Therefore, to realize micro-CMMs, many researchers have proposed microprobe systems that use various surface-sensing principles compared with conventional CMM probes. In this review, the surface-sensing principles of microprobe systems were the focus, and the characteristics were reviewed. First, the proposed microprobe systems were summarized, and the probe performance trends were identified. Then, the individual microprobe system with different sensing principles was described to clarify the performance of each sensing principle. By comprehensively summarizing multiple types of probe systems and discussing their characteristics, this study contributed to identifying the performance limitations of the proposed micro-probe system. Accordingly, the future development of micro-CMMs probes is discussed.

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Section: Acoustic Emissionmentioning

confidence: 99%

Surface-Sensing Principle of Microprobe System for Micro-Scale Coordinate Metrology: A Review

Michihata

2022

Metrology

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Micro-scale hole profile measurement using rotating wire probe and acoustic emission contact detection

Elfurjani

Jun

2016

Measurement

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Micro/Meso-Scale Mechanical Machining 2020: A Two-Decade State-of-the-Field Review

Samuel

Jun

Özdoğanlar

et al. 2020

Journal of Manufacturing Science and Engineering

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Micro/meso-scale mechanical machining (M4) processes are miniaturized versions of conventional machining processes such as milling, drilling, and turning, where material removal is accomplished by physical contact between the micro/meso-scale cutting tool and the workpiece. The objective of this review paper is to provide an assessment of the state-of-the-field related to M4 processes during the last two decades. Key systems-level issues related to the deployment of M4 processes including micro/meso-scale machine tool (mMT) design, sensing/calibration, cutting tools, and lubrication strategies are discussed. Emerging material systems are identified along with the specific challenges posed for the development of microstructure-based process models. The topic of micro/meso-scale machining dynamics is reviewed both in terms of recent research findings as well as unresolved challenges posed by the complexity of experimental characterization and modeling. Finally, key industry trends are discussed along with promising interdisciplinary drivers that are expected to influence this field in the upcoming decade.

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Dimensional measurement based on rotating wire probe and acoustic emission

Cited by 6 publications

References 10 publications

Surface-Sensing Principle of Microprobe System for Micro-Scale Coordinate Metrology: A Review

Surface-Sensing Principle of Microprobe System for Micro-Scale Coordinate Metrology: A Review

Micro-scale hole profile measurement using rotating wire probe and acoustic emission contact detection

Micro/Meso-Scale Mechanical Machining 2020: A Two-Decade State-of-the-Field Review

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