and D. Bajare, Compressive strength of cement mortar affected by sand microfiller obtained with collision milling in disintegrator. Procedia Engineering, 2017. 172: p. 149-156.Bumanis, Girts., Bajare, Diana., 2017. Compressive strength of cement mortar affected by sand microfiller obtained ...
The compressive strength of cement is regarded as a principal indicator to determine the quality of cement. Therefore, efforts were focused to combine the factors which affect compressive strength together in such a form to develop suitable statistical models for predicting strength of cement at variou...
Neural network analysis was used to construct models of unconfined compressive strength (UCS) as a function of mix composition using existing data from literature studies of Portland cement containing real industrial wastes. The models were able to represent the known non-linear dependency of UCS on...
The compressive strength developing process and the microstructure of cement-asphalt mortar (CA mortar) were investigated. The fluidity of CA mortar has a great influence on its strength. The optimum value of spread diameter of slump flow test is in the range of 300 to 400 mm. The compressive...
Cement pasteMortarSetting timesSilica fumeSoundnessStudies on the performance of cementitious products with silica fume (SF) are very important, as it is ... GA Rao - 《Cement & Concrete Research》 被引量: 111发表: 2003年 ROLE OF SILICA FUME IN COMPRESSIVE STRENGTH OF CEMENT PASTE, MORTAR, ...
The servo controlled compression testing machine features constant load output, fully computerized operation and data management, auto-screw adjustment of test space, larger press platen, easier operation, higher accuracy.It is suitable for ...
For Low Heat Cement (LHC), its hydration reaction properties and compressive strength development were studied by quasi-elastic neutron scattering (QENS) and compressive strength test. In the QENS experiments, the amount of hydration products was estimated and the hydration behavior of LHC was reveale...
The strength of cement is usually dependent on factors such as duration, conditions of treatment, environmental conditions, the design and use of slurry additives, as well as additional treatments for cement. Show abstractView all citing articles on Scopus...
Predicting concrete strength is complex due to the high non-linearity involved in strength development, especially when using supplementary cementitious ma
C109-水泥混凝土测试方法-Compressive Strength of Hydraulic Cement Mortar.pdf,Standard Method of Test f o r Compressive Strength of Hydraulic Cement Mortar a (Using 50-mm or 2-in. Cube Specimens) AASHTO DESIGNATION: T 106-00 (ASTM DESIGNATION: C 109K 109M-