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THE LINGUISTIC COMPRESSION WAYS
Yatsyuk K.A.
In the article is analysed a small sphere of a compression phenomenon. Today we are used
Strength Indicators of Fiber Reinforced Concrete with Carbon Nanomaterials
Leonovich, S. N., Sadovskaya, E. A.
the cement matrix and aggregates, as well as a high ratio between static tensile and compressive strengths
Properties of Dispersed Fibers for Efficient Concrete Reinforcement
Markovich A.S., Miloserdova D.A.
significant increase of strength of fiber-reinforced concrete in axial compression, tension, tension
Effect of basalt fibres on the parameters of fracture mechanics of MB modifier based high-strength concrete
Kharun M., Koroteev D.
in their composition microsilica, fly ash, hardening regulator and superplasticizer C-3 in different ratios. In our
Heat treatment of basalt fiber reinforced expanded clay concrete with increased strength for cast-in-situ construction
Kharun M., Klyuev S., Koroteev D., Chiadighikaobi P.C., Fediuk R., Olisov A., Vatin N., Alfimova N.
during HT has been studied. Microsilica and fly ash were added to the ECC mix to obtain a compressive
Zero-dimentional chemical-kinetics HCCI research
Gusakov S.V., Epifanov I.V.
, compression ratio and equivalence ratio using the natural gas chemical-kinetic mechanism GRI-Mech 3.
Segmentation effect on inhomogeneity of [110]-single crystal deformation
Lychagin, Dmitry V., Alfyorova, Ekaterina A., Nesterenko, V. P.
with compression axis [110] and side faces( ̅110) and (001) considering effect of octahedral shear crystal
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The Prediction of Compressive Strength and Compressive Stress–Strain of Basalt Fiber Reinforced High-Performance Concrete Using Classical Programming and Logistic Map Algorithm
Hematibahar M., Vatin N.I., Ashour Alaraza H.A., Khalilavi A., Kharun M.
In this research, the authors have developed an algorithm for predicting the compressive strength
Microstructure evolution of a ti/tib metal-matrix composite during high-temperature deformation
Ozerov, M. S., Klimova, M. V., Stepanov, N. D., Zherebtsov, S. V.
behavior of the Ti/TiB composite during uniaxial compression at the temperature range 500 - 1050°С

Страница 5 из 1176

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