Raquel Acero
Papers
2
Total Citations
9
H-Index
2
About
Raquel Acero’s research focuses on precision metrology, specifically the development and validation of calibration artefacts for length measurement systems used in robotics and machine-tool verification. Her major contributions center on designing reference gauges that enable accurate performance evaluation of extensible guidance systems—critical components in automated manufacturing and quality control. Her most cited work, “Development and Validation of a Calibration Gauge for Length Measurement Systems” (2019), has garnered 6 citations, while a closely related study on artefact design (2019) has received 3 citations. These publications address the growing industrial need for periodic verification and calibration to maintain stringent accuracy requirements. By creating practical, validated reference artefacts, Acero’s work supports the reliability of measurement systems that underpin advanced manufacturing processes. Her research is particularly valuable for engineers and metrologists seeking cost-effective, standardized solutions for system calibration. Though her citation counts are modest, the applied nature of her contributions—bridging theoretical metrology with real-world industrial needs—highlights her role in enhancing measurement traceability and quality assurance in production environments.
Research Focus
Key Achievements
Top Papers
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