The principles of creating of multimodal composite Portland cements with optimized void filling, that based on synergistic combination of ultrafine active mineral additives with superplasticizer were established. The optimization of multimodal multicompositе Portland cements was carried out and the relationship between the phase composition, microstructure and strength of the cement matrix were investigated.
1. Sanytsky M.,Sobol Ch., Markiv T. Modified composite cements. Edition of Lviv Polytechnic National University – 2010. – 130 p.
2. Wolter A., Palm S.Current development of multicomposite cements and its main components / Weimar Gipstagung, 12-15 September 2012: Tagungsbericht. – Bauhaus – Universitat Weimar, Bundesrepublik, 2012. – P. 10001-10011.
3. Zach J., Schorik V., Petranek V. Possibilities of utilization of finely ground limestone for cement CEM II as substitution to blast furnace
slag /17. ibausil, Weimar 2009, Tagungsband 2, S. 117-122.
4. Jasiczak J., Wdowska A., Rudnicki T. Betony ultrawysokowartosciowe, wlasciwosci, technologie, zastosowane. – Krakow: Stowarzyszenie Producentow Cementu, 2008. – 159 s.
5.Sustainable concretes containing supplementary cementitious materials / B. Rusyn, M. Sanytsky, J. Szymanska, I. Geviuk // ІХ Miedzynarodowa Konferencja naukowo-Techniczna. Budownictwo o zoptymalizowanym potencjale energetycznym. – Czestochowa, 2012. – №1. – S. 95-102 (ISSN 2299-8535).
6. Shtark J., Vykht B. Cement y yzvestj / Per. s nem. – A. Tulaghanova. Pod red. P. Kryvenko.- Kyev, 2008. – 480.
7. Sanytsky M., Rusyn B., Halbiniak J. Effect of ultrafine fly ash on the properties of High Performance Concrete / Visnyk NULP “Ljvivsjka politekhnika”. “Teorija i praktyka budivnyctva”. – 2013. – № 756. – S. 266–272.