Pablo Zapico García
Senior Lecturer
+34 985182217
ORCID code: 0000-0001-8055-8650
Short CV:
Pablo Zapico obtained an MSc in mechatronics and a PhD from the University of Oviedo in 2014 and 2017, respectively. From 2018 to 2020, he worked as a post-doctoral researcher in the AM field in the Department of Mechanical, Informatics and Aerospace Engineering at the University of León. In 2020, he joined the Department of Construction and Manufacturing Engineering at the University of Oviedo as Assistant Lecturer. His current research is focused on non-contact inspection applied to manufacturing engineering, especially aimed at the integration of non-contact technologies in AM machines. He has participated in several research projects, and the obtained results have been reflected in numerous publications in journals of high impact as well as in national and international conference presentations.
Publications
Abstract A notable constraint to the industrial application of additive manufacturing processes is the lack of geometric accuracy of the parts produced. In-situ inspection systems, therefore, need to be developed to detect and compensate for any geometric deviations that appear during the process. This article [...]
Publications
Abstract: This paper presents the integration of a conoscopic holography sensor (CH) in a machining centre (MC) by means of a centralized control on the machine’s CNC (CNC centralized control). Besides the installation and extrinsic calibration of the sensor, the primary focus is the automation of the freeform digitizing [...]
Publications
Abstract: This work analyses the directional effect shown by the high-density point clouds digitized with a conoscopic holography (CH) sensor. The asymmetric shape of the laser spot for this sensor yields directionality to appear along the largest spot dimension and to occur repeatedly under different working conditions. To study [...]
Publications
Abstract: This work analyses the directional effect shown by the point clouds when digitizing with a conoscopic holography (CH) sensor. The asymmetric shape of the laser spot for this sensor yields that directionality appears along the greatest spot length and it occurs repeatedly under different [...]
Projects,Public Funding Projects
Abstract: The current productivity requirements to facilitate the rapid delivery of high-quality products to market in which the accuracy achieved in the manufacturing plays a prominent role, have promoted significant advances in the machining and inspection phases on CNC machines. On Machine Measuring techniques (OMM) [...]
