Acronym: PARME
Short Overview: The aim of the PARM project is to design a robotic solution for the maintenance of steel infrastructures in complex situations, such as tanks, pipes, bilges of ships or certain areas of hydroelectric dams. These areas are so difficult or dangerous to access that operators are unable to maintain them (stripping, anti-corrosion treatment, painting), leading to colossal additional costs for their maintenance.
In a consortium that include industrial actors (…)
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BELEC Lenaïk
Articles
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Peinture Assistée par Robot pour Milieu Exigu
29 January, by IM -
Study of the moisture/stress effects on glass fibre/epoxy composite and the impact of the interphase area
2 June 2016 -
Amélioration de l’adhésion de revêtements épais sur acier : étude expérimentale et numérique
9 June 2016, by Hugues BRISSETBeginning: 2010
Defence: October 22, 2013 -
Influence of the interphases on the mechanical properties of a composite
17 July 2018, by YJ -
Prototyping for space applications: material characterization of 3D printed PLA and PEKK for a polymer-based compliant system
5 February 2024, by LB -
Interphases and durability in polymer based composite materials: characterization and modelization
20 September 2018, by Hugues BRISSET -
Validation of a representative volume element for UD fiber-reinforced composites: Mechanical properties evolution due to ageing
31 October 2016 -
Influence of silane-based treatment on adherence and wet durability of fusion bonded epoxy/steel joints
7 June 2016 -
BELEC Lenaïk
3 June 2016, by webmaster -
Modulation of the interphase in a glass epoxy system: influence of the sizing chemistry on adhesion and interfacial properties
10 February 2022, by LB