Sentence examples for aggregate shape of from inspiring English sources
To investigate the effect of reaction time on the aggregate shape of silver nanoparticles and to better understand the evolution process of nanoparticle aggregates, we varied the reaction time from 1 to 4 days at 90°C.
After the validity of the developed numerical method is verified with two independent sets of experimental results, the effect of aggregate shape on the chloride diffusivity in concrete is evaluated in a quantitative manner.
The effects of the aggregate shape on workability and strength parameters of concrete are discussed further later in this paper.
In addition, Box-counting method calculated the fractal dimensions of aggregate particles to analyze the influences of aggregate shape on air-voids.
The influence of aggregate shape on the fracture energy, tensile strength and elasticity modulus in concrete is considered.
Finally, the air void curves and results of discrete element modeling (DEM) were used to evaluate the influences of selected coarse aggregate shapes on asphalt mixture compaction.
Through a couple of numerical experiments, it is indicated that the effects of aggregate shape, aggregate size and the thickness of interfacial transition zones (ITZs) are considerable on the coefficient of variation of chloride diffusivity in RAC.
Histories of individual particles are analyzed and show the limitations of collector particle techniques for predicting the evolution of aggregate shape descriptors.
Analysis of Platonic particles has previously shown that the sphericity of the particle is an important parameter in determining the overestimation of the ITZ thickness, but this raises the question of whether sphericity is sufficient to uniquely characterize the influence of aggregate shape.
Assuming a compression damaged plasticity-based behavior for the matrix phase under quasi-static loading, the model is used to determine the effect of inclusion (aggregate) shape, volume fraction and segregation on the mechanical response of the composite specimen under uniaxial loading.
The objectives of this study were to quantify the long-term effect of rotation and tillage on aggregate shape, strength and pore characteristics, to evaluate the influence of aggregate shape and pore characteristics on aggregate strength and soil friability and to correlate aggregate properties to bulk soil properties.
