Traceable dynamic measurement standards and methods developed within this project will enable calibration of pressure and temperature sensors at conditions that aim to resemble actual use. This will significantly improve the accuracy and reliability of dynamic measurement performed in industries such as manufacturing, automotive, maritime and safety testing.
New sensor technologies developed and characterised in this project will improve the reliability of measurements performed under harsh conditions, such as those made inside an internal combustion engine. This will support engine manufacturers in the development of engines with improved fuel efficiency and reduced emissions and thus boost the competitiveness of European companies adopting these new technologies.
Uptake and dissemination of project outcomes will be ensured by close interaction with industry during the course of the project through Stakeholder Committees, workshops, training courses, seminars and conferences.
As a result of this project, new facilities for calibrating and testing temperature sensors in a dynamic way under various process conditions will be established and made available to the metrological, scientific and industrial community. This will effectively promote the transition from static to dynamic calibrations within the temperature measurement community. Recommendations for temperature measurements under harsh conditions will also be given.
Find out more about the project: https://dynamic-prestemp.com/
Read more about harsh enviornment thermometry