Gluschcova, D.Grinchenko, E.Voronova, Ye.Глушкова, Д. Б.Гринченко, Е. Д.Воронова, Е. М.Глушкова, Д. Б.Грінченко, О. Д.Воронова, Є. М.2017-03-282017-03-282016Gluschcova, D. Choice of opmimum material for strengthening the entrance edges of steam turbine rotor blades / D. Gluschcova, Ye. Grinchenko, O. Voronova // Автомобильный транспорт : сб. науч. тр. / М-во образования и науки Украины, ХНАДУ ; [редкол.: А. Н. Туренко (гл. ред.) и др.] – Харьков, 2016. – Вып. 39. – С. 28-32.2219-8342https://dspace.khadi.kharkov.ua/handle/123456789/1920The influence of electrode material on the state of surfacing layer of steam turbine rotor blades is researched. The strengthened layer was produced by electro-spark alloying, using alloy T15K6 and steel 15X11МФШ. The microstructure, microhardness and thickness of surfacing layers were investigated. The advantages of steel 15X11МФШ for strengthening the entrance edges of steam turbine rotor blades which makes it possible to simultaneously harden both the entrance edges of rotor blades as well as increase their erosive resistance are grounded.enelectro-spark alloyingelectrodesurfacing layermicrostructuremicrohardnessstrengtheningэлектроискровое легированиеэлектроднаплавленный слоймикроструктурамикротвердостьупрочнениеелектроіскрове легуванняелектроднаплавлений шармікроструктурамікротвердістьзміцненняArticle624.21