Metal archaeological artefacts such as mail armour can be examined in numerous ways to extract information from the object. It can be assumed that, as textiles, different mail armours have different characteristics and behave accordingly and may have changed through time or geography. The behaviour and characteristics of mail armour depend substantially on the physical and mechanical properties of the mail fabric. These properties are contained within the archaeological remains and can still reveal important information on the characteristics of mail armour. However,
none of current methods and techniques is able to determine the physical and mechanical properties of the mail garment in its entirety.
Actually, there are three challenges to overcome. First, archaeological artefacts must be treated with care and should preferably not be submitted to tests that can be harmful to their condition. Second, archaeological mail is usually fragmented, damaged or corroded. And lastly, there are currently no standards for physical and mechanical testing of mail.
News & Events
Submissions are open for the Special Issue: Functional Nanomaterials for a Better Life [Materials, IF=3.057]
Please see the attachment.
Deadline for manuscript submissions: 31 December 2021
The Guest Editors
A new agreement for cooperation between ICMATE and Laval University, Laboratory of Biomaterials and Bioengineering, Québec city, Canada is now active.
THIS WEEK'S HIGHLIGHTS
MErgELab combines expertise on Materials with Electrochemical skills aiming at optimized materials and devices for production, conversion and storage of Energy. As “physical room”, hosted at DICCA – UNIGE, in Via all’Opera Pia 15, MErgELab was established in 2016, thanks to a 15 years old fruitful collaboration between CNR-ICMATE and DICCA on these topics. MErgELab can perform all steps from powder synthesis to pre industrial scale up of devices for energy.
The research activity of the group in Milan has been focusing in the field of high temperature alloys since the early ‘70 gaining an extensive experience in lifetime investigation involving creep, stress relaxation, low cycle and thermo-mechanical fatigue and crack propagation testing.
The activity is focused on the interfacial properties of complex systems in presence of surfactants and solid micro-nanoparticles.