Publicação
Development of methodologies for validating the quality of a novel fluid flow sensor
| Resumo: | During the internship required for the Master's degree in Biomedical Engineering, conducted at Riedel Communications, a systematic review of the literature was developed in order to gain a greater understanding of methods for validating the quality of sensors, with a main focus on calibrations. A second assignment involved calibrating the fluid flow sensor (FFS) developed by Riedel. Throughout this dissertation, the work carried out during the internship will be described, as well as its background and objectives. Riedel Communications is developing a scientifically precise and high-quality system for acquiring 3D navigation data. The idea was born out of the need to obtain analytical data that better reflects the movement of a surfer relative to the water. A fluid flow sensor (FFS) is integrated into the system, and its implementation in hostile environments and measurement without interfering with an athlete's performance are the biggest challenges. In order to ensure consistency and reduce errors, all instruments should be calibrated to ensure they are performing in accordance with known standards. Based on the high consistency and repeatability of the experimental results, the fluid flow sensor displayed a high-quality performance. Therefore, the internship was a success because it served as a valuable resource for the company's work, and all activities were successfully completed. |
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| Autores principais: | Ambrósio, Mariana Sanches |
| Assunto: | Fluid flow sensor Calibration Quality Performance Sensor de fluxo de fluido Calibração Qualidade Desempenho |
| Ano: | 2022 |
| País: | Portugal |
| Tipo de documento: | dissertação de mestrado |
| Tipo de acesso: | acesso aberto |
| Instituição associada: | Universidade Católica Portuguesa |
| Idioma: | inglês |
| Origem: | Veritati - Repositório Institucional da Universidade Católica Portuguesa |
| Resumo: | During the internship required for the Master's degree in Biomedical Engineering, conducted at Riedel Communications, a systematic review of the literature was developed in order to gain a greater understanding of methods for validating the quality of sensors, with a main focus on calibrations. A second assignment involved calibrating the fluid flow sensor (FFS) developed by Riedel. Throughout this dissertation, the work carried out during the internship will be described, as well as its background and objectives. Riedel Communications is developing a scientifically precise and high-quality system for acquiring 3D navigation data. The idea was born out of the need to obtain analytical data that better reflects the movement of a surfer relative to the water. A fluid flow sensor (FFS) is integrated into the system, and its implementation in hostile environments and measurement without interfering with an athlete's performance are the biggest challenges. In order to ensure consistency and reduce errors, all instruments should be calibrated to ensure they are performing in accordance with known standards. Based on the high consistency and repeatability of the experimental results, the fluid flow sensor displayed a high-quality performance. Therefore, the internship was a success because it served as a valuable resource for the company's work, and all activities were successfully completed. |
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