Experimental Study on Mechanical Properties of High Performance ...

A combination of hybrid fiber concrete mixed with steel and polypropylene fiber is proposed to make shaft lining.

Experimental study on mechanical properties and breakage of high ...

An increase in temperature increases the number of crack extensions and width, and the high tensile strength of the carbon fiber-bar ...

The split Hopkinson compression bar results showed that the optimal group peak stress and peak strain of the hybrid fiber concrete increased by ...

Experimental study on mechanical properties, microstructural of ...

The mechanical properties encompass the compressive and tensile strengths, ultrasonic pulse velocity (UPV) test, impact test, and SEM analysis. An impact test ...

Experimental study on the mechanical properties of reinforced ...

The experimental results demonstrated that the steel reinforcement can significantly improve the ultimate tensile load of ECC and effectively inhibit the ...

Experimental Investigation on Mechanical Properties of High ...

This experimental study examines the mechanical properties of High-Performance Concrete (HPC) incorporating a substantial proportion of mineral admixtures.

Experimental study on the mechanical properties and structural ...

RHC beams exhibit higher ductility, toughness, ultimate loads, and deformability than NC beams. The tensile strength analysis revealed a ...

Experimental Study on Mechanical Properties of Steel Fiber ...

A large number of experiments have been carried out in this study to reveal the effect of the steel fiber dosage on the mechanical properties of HPC (high ...

Experimental study on mechanical properties and microscopic ...

3) As the bedding inclination increases, the specimens exhibit a pattern of initially decreasing and then increasing in terms of peak strength ...

Experimental Study on Mechanical Properties of Steel Fiber ...

The mechanical property includes compressive strength, elastic modulus and flexural strength. The results indicate that the addition of steel fiber increase the ...

An experimental study of the relationship between modulus of ...

This study investigated the mechanical properties of high-performance concrete (HPC) with the percentage of mineral admixtures.

An Experimental Study on Mechanical Properties for High ...

The influence of supplementary fly ash on the mechanical properties of high performance concrete (HPC) has been investigated in this study. Selected test ...

Experimental Study on Mechanical Properties of Ultra-high Strength ...

This paper introduces experimental study on mechanical properties of an ultrahigh strength concrete at elevated temperatures. The compressive strength on ...

Experimental Study on Mechanical Properties of High-Ductility ...

On the basis of the change of compressive strength, the damage variable was established to quantitatively describe the degree of damage to HDC. The experimental ...

An Experimental Study on Mechanical Properties - ProQuest

An Experimental Study on Mechanical Properties for Ternary High Performance Concrete with Fly-Ash, Blast Furnace Slag, Silica Fume · Abstract.

Experimental study to compare the strength of concrete with different ...

The tensile strength of concrete was more sensitive to high temperatures than the compressive strength. Based on the test results, it can be ...

An experimental study of the relationship between modulus ... - OUCI

AbstractThis study investigated the mechanical properties of high-performance concrete (HPC) with the percentage of mineral admixtures.

View of AN EXPERIMENTAL STUDY ON MECHANICAL ...

AN EXPERIMENTAL STUDY ON MECHANICAL PROPERTIES OF HIGH PERFORMANCE CONCRETE USING NANO SILICA, SILICA FUMES AND GGBFS ...

Experimental study of high-performance fiber concrete-layer ...

The results show that the HPFC strengthening layer increased the stiffness, load capacity, cracking load and the failure is a fracture of the ...

AN EXPERIMENTAL STUDY OF THE MECHANICAL PROPERTIES ...

AN EXPERIMENTAL STUDY OF THE MECHANICAL PROPERTIES OF S GLASS FIBER REINFORCED HIGH STRENGTH CONCRETE PARTIALLY REPLACING CEMENT WITH NANO SILICA.