Скачать или смотреть FORGE PROJECT - Smart coating system for wear and damage monitoring - Webinar

FORGE PROJECT - Smart coating system for wear and damage monitoring - Webinar


Part 1: Development and characterization of optical tracers for smart coating

The presentation explains the functioning of optical active tracers and describes the synthesis and characterisation methods in order to produce a material which is compatible with the intended use-case. Synthesis via solid state reaction and sol-gel methods are presented, and the luminescence performance is assessed via reflection, emission and absorption spectrometry, as well as via direct thermal quenching measurements and post-heat-treatment luminescence assessment, both in oxidising and reducing environments.

Part 2: Development of smart coatings using compositionally complex alloys and rare-earth materials

As part of the H2020-funded project ‘FORGE’, the present study aims to optimise process parameters for depositing compositionally complex alloy (CCA) + rare-earth powder on carbon steel substrates via two coating processes: cold spray and laser cladding. A design of experiment will be performed in order to optimise the microstructure of the smart coating system. The deposition process parameters will be adjusted in an attempt to minimise the presence of defects and increase the coating mechanical properties (e.g. resistance to wear and toughness). Moreover, the capability of the system to detect and monitor wear will be assessed by visual observation and spectrometric sensor measurements.

Contact: https://www.forge-project.eu