The phrase "abrasion strength" is correct and usable in written English.
It can be used in contexts related to materials science, engineering, or product testing, where the resistance of a material to abrasion is being discussed.
Example: "The abrasion strength of this fabric is crucial for its durability in high-wear applications."
Alternatives: "wear resistance" or "abrasion resistance".
These materials can increase abrasion strength or durability and decrease permeability (Shafieyzadeh 2013).
It can be noted that the abrasion strength of F50S20 is comparable to that of F60S10 at age of 180 days.
Therefore, polypropylene fibers were added into SCC specimens containing TRC and resulted in significant increases in compressive, tensile, flexural and abrasion strength but had no considerable effect on the modulus of elasticity of these specimens.
These materials increase abrasion strength or durability and decrease permeability (Bhikshma et al. 2009; Rozenbaum et al. 2005; Wang et al. 2005; Bhanjaa and Sengupta 2003), and Abrams' formulation needs to be modified or the validity of this relationship for concrete with supplementary materials (silica fume (SF), styrene-butadiene rubber (SBR), etc).
The examined properties include workability, abrasion, compressive strength, static and dynamic elastic moduli and ultrasonic pulse velocity.
Using traditional machining method to manufacture spur gear has some drawbacks and insufficiencies, such as severe erosion and abrasion, poor strength and service life, lower transmission efficiency and huge material waste, etc. which satisfies the requirements poorly in complex and bad environment of the coal mine (Jing and Xing 2006; Can and Misirli 2008; Lee et al. 2011).
This paper deals with studying the effect of Nano-liquid on the mechanical and physical properties of hardened concrete such as water permeability, absorption, abrasion resistance, compressive strength, indirect tensile strength and flexural strength.
Hardened concrete specimens were tested according to the Egyptian standard specifications to determine the effect of Nano-liquid on mechanical and physical properties such as water permeability, absorption, abrasion resistance, compressive strength, indirect tensile and flexural strength.
Slump, compressive and splitting tensile strength, abrasion resistance and chloride penetration resistance of concrete containing RHA were evaluated.
The abrasion resistance and strength properties of concrete containing waste foundry sand (WFS) were investigated.
The properties studied include hardness, stress-strain characteristics, tear strength, abrasion resistance and hysteresis.
