Вимірювальна техніка та метрологія. – 2020. – Випуск 81, №1

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Measuring Equipment and Metrology : scientific journal. – Lviv : Lviv Politechnic Publishing House, 2020. – Volume 81, № 1. – 56 р.

Зміст

1. Титульний аркуш до "Measuring equipment and metrology"	1
2. Mykyichuk M., Chaban O. Quality structuring of medical services by decomposition of quality function	5
3. Krayovskyy V., Rokomanyuk M., Romaka V., Horpenyuk A., Stadnyk Y., Romaka L., Horyn A. Investigation of thermometric material Ti1-xScxCoSb modeling of characteristics	9
4. Holyaka R., Marusenkova T., Fedasyuk D. Measuring logarithmic signal converter for magnetic tracking systems	16
5. Nakonechnyi M., Ivakhiv O., Viter O., Nakonechnyi Y. Neurocontrolled object parameters adjustment by Ackermann’s formula usage	22
6. Mamro O., Lagun A. Micro-service support by module architecture application of the service platform for OSGI Java additions	30
7. Augustin S., Fröhlich T., Krapf G., Bergmann J., Grätzel M., Gerken J. A., Schmidt K. Challenges of temperature measurement during the friction stir welding process	34
8. Motalo V., Chereshnevska A., Savitska Y. Soft (perceptual) metrology: dissemination of information-measuring technologies in the area “Measuring the impossible”.	39
9. Information of editorial board for authors of manuscripts	45
10. Content	55

Content (Vol. 81, No 1)

1. Титульний аркуш до "Measuring equipment and metrology"	1
2. Mykyichuk M., Chaban O. Quality structuring of medical services by decomposition of quality function	5
3. Krayovskyy V., Rokomanyuk M., Romaka V., Horpenyuk A., Stadnyk Y., Romaka L., Horyn A. Investigation of thermometric material Ti1-xScxCoSb modeling of characteristics	9
4. Holyaka R., Marusenkova T., Fedasyuk D. Measuring logarithmic signal converter for magnetic tracking systems	16
5. Nakonechnyi M., Ivakhiv O., Viter O., Nakonechnyi Y. Neurocontrolled object parameters adjustment by Ackermann’s formula usage	22
6. Mamro O., Lagun A. Micro-service support by module architecture application of the service platform for OSGI Java additions	30
7. Augustin S., Fröhlich T., Krapf G., Bergmann J., Grätzel M., Gerken J. A., Schmidt K. Challenges of temperature measurement during the friction stir welding process	34
8. Motalo V., Chereshnevska A., Savitska Y. Soft (perceptual) metrology: dissemination of information-measuring technologies in the area “Measuring the impossible”.	39
9. Information of editorial board for authors of manuscripts	45
10. Content	55

The exact determination of the process zone temperature can be considered as an increasingly important role in the control and monitoring of the friction stir welding process (FSW). At present, temperature measurement is carried out with the aid of a temperature sensor integrated into the tool (usually thermocouples). Since these cannot be attached directly to the joining area, heat dissipation within the tool and to the environment cause measurement deviations as well as a time delay in the temperature measurement. The article describes a process and the challenges that arise in this process, how a direct temperature measurement during the process can be achieved by exploiting the thermoelectric effect between tool and workpiece, without changing the tool by introducing additional temperature sensors.

Вимірювальна техніка та метрологія. – 2020. – Випуск 81, №1

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