The PRETICONTROL project aims to understand how precipitation of Ti, in conjunction with Nb and V, influences microstructure and property development during the processing of high titanium high strength steels and hence provide recommendations for compositions which are relatively insensitive to...
This report describes the certification of the C, N, H and O mass fraction in the CRMs ERM-EB090a and ERM-EB090b, which are titanium materials that were certified for their trace element mass fractions in 2018. Also the new values for C, H, N and O were certified in accordance with ISO 17034 and...
This report describes the production of ERM-EB090a and ERM-EB090b, two titanium reference materials certified for the mass fraction of elements. These materials were produced following ISO Guide 34:2009 and are certified in accordance with ISO Guide 35:2017. Pure titanium was alloyed with the ta...
This report describes the additional certification of the mass fractions of C, Cr, Cu, Fe, H, Hf, Mn, Mo, N, Ni, O, Sb, Sn, Ta, W and Zr in the already existing material BCR®-089 (TiAl6V4 alloy), which was previously certified for the mass fraction of Al and V (see EUR Report 14056 EN). BCR-089 ...
Four European laboratories have worked together to define in which conditions weldable steel grades, microalloyed with Ti, could be processed in new lines including EAF, near net shape casting and direct rolling. The problems have been studied at various scales, from the basic hot torsion test u...
