The study on the strength prediction using Maturity is mainly focused on, but the study on the concrete mixing blast furnace slag powder is insufficient. The purpose of this study is to investigate the relationships between compressive strength and equivalent age by Maturity function and is to compare and examine the strength prediction of concrete mixing Blast Furnace Slag Power using ACI prediction equation.So it is intended that fundamental data are presented for quality management and process management of concrete mixing Blast Furnace Slag Power in the construction field.��� ��������� 2012������ ������(���������������������)��� ������������ ��������������������� ��������� ������ ��������� ���������(No. 2012044430
The maturity method used for the estimation strength gain in concrete based on the measured temperat...
Strength estimates from the following maturity functions: Nurse-Saul, Rastrup, Weaver and Sadgrove, ...
The correlation between the maturity index and the compressive strength of concrete is validated for...
The study on the strength prediction using Maturity is mainly focused on, but the study on the concr...
Temperature of fresh concrete can be effectively used to predict the strength of concrete being cure...
Based on previous research and existing literature, this study examines the development of admixture...
Based on the existing experimental data for compressive strength values of different concrete mixes,...
AbstractBased on the existing experimental data for compressive strength values of different concret...
Purpose. The article highlights research of the influence of fine concrete composition based on blas...
Ground Granulated Blast Furnace Slag (GGBFs) is a by-product of the manufacturing of iron in a blast...
This report presents a method of predicting compressive strength of concrete. The approach is based...
In this study, the concrete compressive strength test conducted according to the replacement ratio o...
The purpose of this study is to predict the compressive strength of concrete with BFS by calculating...
In the field of construction, securing the early strength of concrete (on the first and third days o...
Ground granulated blast furnace slag is widely used as a mineral admixture to replace partial Portla...
The maturity method used for the estimation strength gain in concrete based on the measured temperat...
Strength estimates from the following maturity functions: Nurse-Saul, Rastrup, Weaver and Sadgrove, ...
The correlation between the maturity index and the compressive strength of concrete is validated for...
The study on the strength prediction using Maturity is mainly focused on, but the study on the concr...
Temperature of fresh concrete can be effectively used to predict the strength of concrete being cure...
Based on previous research and existing literature, this study examines the development of admixture...
Based on the existing experimental data for compressive strength values of different concrete mixes,...
AbstractBased on the existing experimental data for compressive strength values of different concret...
Purpose. The article highlights research of the influence of fine concrete composition based on blas...
Ground Granulated Blast Furnace Slag (GGBFs) is a by-product of the manufacturing of iron in a blast...
This report presents a method of predicting compressive strength of concrete. The approach is based...
In this study, the concrete compressive strength test conducted according to the replacement ratio o...
The purpose of this study is to predict the compressive strength of concrete with BFS by calculating...
In the field of construction, securing the early strength of concrete (on the first and third days o...
Ground granulated blast furnace slag is widely used as a mineral admixture to replace partial Portla...
The maturity method used for the estimation strength gain in concrete based on the measured temperat...
Strength estimates from the following maturity functions: Nurse-Saul, Rastrup, Weaver and Sadgrove, ...
The correlation between the maturity index and the compressive strength of concrete is validated for...