Sentence examples for reinforcement efficiency of from inspiring English sources

However, similar to other nanomaterials (NMs), the reinforcement efficiency of graphene and its derivatives is hindered by their agglomeration and poor compatibility with the polymer matrix.

The mechanical properties of non-vulcanized natural rubber and dialyzed natural rubber-clay nanocomposites have been studied by uniaxial deformations to evaluate the reinforcement efficiency of the clay.

This paper investigates the reinforcement efficiency of mortars produced with different types of carbon nanotubes (CNTs) in terms of their mechanical strength, ultrasonic pulse velocity, elastic modulus, fracture toughness, shrinkage and microstructure.

Micromechanical analysis of viscoelastic storage moduli following Kerner composite model has revealed an enhancement in the reinforcement efficiency of the nanohybrid composites based on the filler size-scale combination of 14 nm + 2 μm with 10 wt.% nanofiller loading.

(b) A model was developed to account for the reduction of the reinforcement efficiency of clay platelets of high aspect ratio in a polymer matrix as a result of the incomplete exfoliation of platelets into 'pseudoparticle' stacks containing polymer layers sandwiched between successive clay platelet layers rather than into individual perfectly exfoliated and well-dispersed platelets.

Two types of commonly used in Poland geosynthetic materials were tested in order to evaluate the reinforcement efficiency on inhibition of crack propagation.

(c) A model was also developed for the reduction of the reinforcement efficiency as a result of the deviation of the platelet orientation from perfect biaxial in-plane.

The temperature dependence of CNT reinforcement efficiency resulted from the temperature dependence of the interfacial load transfer behavior between the CNTs and the epoxy matrix.

Our study demonstrates the conceptual feasibility of exploring the optimization of size-scale combinations of filler for enhancement in reinforcement efficiency by manipulating the volume fraction of filler induced immobilized polymer chains by resorting to the principle of micromechanics.

Indirect evidence of SWNT agglomeration, adversely affecting reinforcement efficiency at higher SWNT contents, was presented.

We also find that low interfacial adhesion and poor dispersion of the inclusions lead to a decrease in reinforcement efficiency.