Journal
Ground granulated blast-furnace slag (GGBS) is used as a component of cement, active mineral additive or filler in the production of concrete,...
| Issue №2, 2023 |
| Section: Waste utilization |
| Keywords: ground granulated blast furnace slag (GGBS), cement, activity, heat of hydration, sulphate resistance, concrete, efficiency, durability |
| Autor: I.M. Ivanov, L.Ya. Kramar, M.V. Mordovtseva. |
The paper describes the character of structural damage of composites reinforced with dispersed polypropylene microfibers, determines their strength an...
| Issue №6, 2022 |
| Section: Science and production |
| Keywords: microfiber, reinforcement, composite, Portland cement, granulated blast furnace slag |
| Autor: O.M. Smirnova, A.M. Kharitonov, Yu.M. Tikhonov. |
A new market report on the future of granulated blast furnace slag (GBFS) has been released, with unmatched information on the production and ...
| Issue №4, 2022 |
| Section: Review |
| Keywords: granulated blast furnace slag GBFS, pig iron, steel, CO2 emission |
| Autor: J. Harder. |
It has been established that granulated blast-furnace slag improves the structure of the problem cohesive soils increasing their density and strength....
| Issue №2, 2022 |
| Section: Waste utilization |
| Keywords: soil, reinforcement, filtration coefficient, maximum density, strength, frost resistance, granulated blast furnace slag, finely ground blast furnace slag, Рortland cement, chemical additive |
| Autor: R.R. Adigamov, E.V. Mitukova, V.Y. Solovieva, S.O. Gunin. |
The effectiveness of using ground granulated blast furnace slag (GGBS) to replace 40 % cement in the composition of pavement concrete is s...
| Issue №2, 2020 |
| Section: Concrete |
| Keywords: ground granulated blast furnace slag (GGBFS), concrete, road surface, strength, resistance to cracking, frost resistance, water resistance, chemical resistance, hardness, abrasion |
| Autor: R.R. Adigamov, E.V. Mityukova, V.Y. Solovieva, S.O. Gunin. |
World-wide granulated blast furnace slag (GBS) is used for cement and concrete production. About 280 Mt are produced yearly. Thus, regarding a...
| Issue №6, 2019 |
| Section: Science and production |
| Keywords: granulated blast furnace slag, secondary cementitious material, cement, glass, fictive temperature, enthalpy, heat of hydration, strength development |
| Autor: A. Ehrenberg, J. Deubener, H. Bornhoeft, N.R. Sarcos, D. Hart. |
The energy-efficient and flexible COMFLEX® grinding system developed by KHD Humboldt Wedag consists of a roller press and static and dynamic separator...
| Issue №2, 2019 |
| Section: Equipment and technology |
| Keywords: grinding, roller-press, static separator, dynamic separator, granulated blast furnace slag. |
| Autor: Y.V. Schegolyayev. |
Sulfate resistance of concretes based on various cements produced at the OOO HeidelbergCement Rus in Sterlitamak and Novogurovsky was examined. The re...
| Issue №2, 2018 |
| Section: Science and production |
| Keywords: cement, concrete, sulfate resistance, granulated blast furnace slag |
| Autor: S.V. Moshkovskaya, E.N. Potapova. |
Roller presses developed by KHD Humboldt Wedag (Germany) are described, and their use for grinding cement materials, including granulated blas...
| Issue №5, 2017 |
| Section: Equipment and technology |
| Keywords: roller press, grinding, granulated blast furnace slag, cement, wear resistance |
| Autor: S. Seemann, S. Rebettge, Y. Reichardt, Y.V. Schegolyaev. |
The effect of additives obtained by grinding granulated slag on hydration and early compressive strength of slag Portland cement was examined. Grindin...
| Issue №5, 2016 |
| Section: Science and production |
| Keywords: portland blast-furnace slag cement, granulated blast furnace slag, additive, sodium aluminate, grinding, hydration, strength |
| Autor: D. Zimmer, K. Droll, M. Paul. |