It has been demonstrated that, higher reinforcing particle volume fraction leads to improved fatigue resistance and smaller particles size is more effective than larger particles at the same particle volume fraction.
Therefore, the figures obtained in our work markedly prevail over literature data for Al-CNT composites at approximately the same or even lower loading fractions of reinforcing BNNTs.
Numerical calculations have been carried out for various orientations and relative volume fractions of reinforcing fibres within the plate.
We present an analytical micromechanical model designed to simulate the tensile stress strain behaviour and failure of damaging composites containing a high volume fraction of reinforcing particles.
The computational estimates for the elastic constants are compared with several theoretical estimates for the effective elasticity properties that are based on regular arrangement of the reinforcing fibres, their volume fraction and the elasticity properties of the constituents.
Silk fabric reinforced epoxy composites (SFRPs) were prepared by simple hot-press and vacuum treatment, to achieve a maximum reinforcement fraction of 70 vol.%-silk.
The effects of fiber volume fractions, reinforced areas, thermal residual stresses and two different temperatures on stress distribution were studied.
Thermodynamic assessment revealed two alloy compositions of Al 18Mg 36Zn and Al 22.5Mg 23.5Zn (at%) with the α-Al (fcc) phase reinforced with high fractions (>50%) of the η and T phases.
Additionally, the mapping of C 0 t-1 DNA fractions reinforced the non-massive spreading of repetitive DNA pools in these sex chromosomes, which contrasts with the repetitive DNA accumulation expected on sex chromosomes after recombination restriction [ 19, 25, 31, 57].
Volume fraction of the reinforcing steel mesh.
Experimental results showed that the mechanical properties and fracture behavior of WC/Ni coatings were strongly dependent on the volume fraction of WC reinforcing particles in the coatings.
