2.4.1 Design of a calibration UL May 14 May 14 The deliverable is completed. system for sensors measuring surface UL has designed a calibration system for sensors measuring surface moisture in polymer moisture in polymers. It is designed to be capable of generating elements moisture profiles in the samples of different thickness. Moisture profiles are going to be controlled with air humidity on both sides (the dry and the wet side) of the sample. The gradients within a sample are going to be modelled and they will be taken into account in later calibrations. 2.4.2 Complete system with UL May 15 This deliverable has not yet started. initial tests 2.4.3 Design of a calibration May 14 May 14 This deliverable is completed system for sensors TUBITAK designed a system on the basis of an ASTM standard. measuring surface moisture in elements 2.4.4 Complete system with May 15 This deliverable has not yet started. initial tests 2.4.5 Report on validation of UL TUBITAK, May 15 This deliverable has not yet started. calibration methods for CMI surface moisture meters including uncertainty evaluations 3.1.1 Mathematical modelling INRIM REG Feb 14 Feb 14 This deliverable is completed. (REG of moisture processes in (UNICLAM) and REG(UNICLAM) developed a mathematical model to D1.2) selected materials describe moisture evolution in porous and partially-porous regions in selected materials 3.1.2 Model of temperature CMI Aug 14 This work is ongoing distribution 3.1.3 Numerical model and REG May 14 May 14 Deliverable completed. Report available. (REG code to investigate REG(UNICLAM) developed a numerical tool for the single fluid phase D1.3) moisture and in order to estimate temperature, velocity and moisture profiles in thermal profile in selected materials. selected materials
2.4.1 Design of a calibration system for sensors measuring surface moisture in polymer elements UL May 14 May 14 The deliverable is completed. UL has designed a calibration system for sensors measuring surface moisture in polymers. It is designed to be capable of generating moisture profiles in the samples of different thickness. Moisture profiles are going to be controlled with air humidity on both sides (the dry and the wet side) of the sample. The gradients within a sample are going to be modelled and they will be taken into account in later calibrations. 2.4.2 Complete system with initial tests UL May 15 This deliverable has not yet started. 2.4.3 Design of a calibration system for sensors measuring surface moisture in elements May 14 May 14 This deliverable is completed TUBITAK designed a system on the basis of an ASTM standard. 2.4.4 Complete system with initial tests May 15 This deliverable has not yet started. 2.4.5 Report on validation of calibration methods for surface moisture meters including uncertainty evaluations UL TUBITAK, CMI May 15 This deliverable has not yet started. 3.1.1 (REG D1.2) Mathematical modelling of moisture processes in selected materials INRIM REG (UNICLAM) Feb 14 Feb 14 This deliverable is completed. and REG(UNICLAM) developed a mathematical model to describe moisture evolution in porous and partially-porous regions in selected materials 3.1.2 Model of temperature distribution CMI Aug 14 This work is ongoing 3.1.3 (REG D1.3) Numerical model and code to investigate moisture and thermal profile in selected materials REG May 14 May 14 Deliverable completed. Report available. REG(UNICLAM) developed a numerical tool for the single fluid phase in order to estimate temperature, velocity and moisture profiles in selected materials.
SIB64%20M18%20interim%20progress%20report%20v0_UT.docx