Ladle furnace slag (LFS) has been proposed as partial cement replacement due to its similar chemical composition with Portland cement. However, its mineralogical composition needs to be considered due to problems with expansive reactions and lower cementing activity. The objective of this study is to investigate the effect of particle size and mineralogical composition of LFS in cement-slag systems. The obtained results show a correlation between microstructural changes and macroscopic properties, lower mechanical performance and volumetric instability problems, although within the established limits in normal curing conditions. Therefore, it is concluded that LFS presents an interesting potential as cement replacement.This work was funded ...
This thesis describes an investigation of the various properties of cement paste and concrete mixes ...
This article presents a study of the main properties (consistency, workability, leaching, unsoundnes...
Ladle Furnace Slag (LFS) may be used in substitution of fine aggregate (2–0.063 mm), and filler (<0....
Ladle furnace slag (LFS) has been proposed as partial cement replacement due to its similar chemical...
Portland cement (OPC) and steelmaking industries exhibit high pro- duction levels and are expected t...
Steel and cement production are very demanding productive processes in terms of energy costs, gas em...
In recent years, the environmental facet of industrial waste management has become imperative. The r...
Ladle metallurgy (LM) slag is generated during the refining process step in stainless steel making. ...
Industrial by-products generated in the steel manufacturing are successfully used as raw materials i...
Abstract Ladle slag fines consist mainly of g-C 2 S, which does not show cementitious property in wa...
Steel slag is the byproduct of the basic oxygen furnace and its disposal is cited as the biggest pro...
The aim of this study is to investigate the corrosion behavior of steel reinforcement embedded in mo...
Orientadores: Rosa Cristina Cecche Lintz, Gisleiva Cristina dos Santos FerreiraDissertação (mestrado...
Ladle furnace slag (LFS) shows excellent potential for valorization. Despite this, landfills are typ...
Mechanically activated granulated blast furnace slag (GBFS) was used in the range of 50–95% to repla...
This thesis describes an investigation of the various properties of cement paste and concrete mixes ...
This article presents a study of the main properties (consistency, workability, leaching, unsoundnes...
Ladle Furnace Slag (LFS) may be used in substitution of fine aggregate (2–0.063 mm), and filler (<0....
Ladle furnace slag (LFS) has been proposed as partial cement replacement due to its similar chemical...
Portland cement (OPC) and steelmaking industries exhibit high pro- duction levels and are expected t...
Steel and cement production are very demanding productive processes in terms of energy costs, gas em...
In recent years, the environmental facet of industrial waste management has become imperative. The r...
Ladle metallurgy (LM) slag is generated during the refining process step in stainless steel making. ...
Industrial by-products generated in the steel manufacturing are successfully used as raw materials i...
Abstract Ladle slag fines consist mainly of g-C 2 S, which does not show cementitious property in wa...
Steel slag is the byproduct of the basic oxygen furnace and its disposal is cited as the biggest pro...
The aim of this study is to investigate the corrosion behavior of steel reinforcement embedded in mo...
Orientadores: Rosa Cristina Cecche Lintz, Gisleiva Cristina dos Santos FerreiraDissertação (mestrado...
Ladle furnace slag (LFS) shows excellent potential for valorization. Despite this, landfills are typ...
Mechanically activated granulated blast furnace slag (GBFS) was used in the range of 50–95% to repla...
This thesis describes an investigation of the various properties of cement paste and concrete mixes ...
This article presents a study of the main properties (consistency, workability, leaching, unsoundnes...
Ladle Furnace Slag (LFS) may be used in substitution of fine aggregate (2–0.063 mm), and filler (<0....