Sentence examples for microstructural architecture of from inspiring English sources
However, the microstructural architecture of sickle bone and its role in mechanical functionality is largely unknown.
The physical basis of the model is motivated by the microstructural architecture of typical soft tissues.
Free Ca(OH 2 content, crystalline hydration products and decomposition of zeolite crystal structure, pore size distribution and microstructural architecture of hydrated cement pastes were examined.
Scanning electron microscopy (SEM) along with the energy dispersive spectroscopy (EDS) and X-ray diffraction (XRD) techniques were employed to study the microstructural architecture of the composites as a function of hot pressing temperature and volume percent reinforcement.
A model was developed to describe water transport in fruit tissue, taking into account the microstructural architecture of the cell assemblies in the tissue, which leads to a better understanding of the underlying phenomena causing water loss.
The effect of cooling rate, chemical composition, and type of heat treatment and microstructural architecture of cast Al Si 319 industrial alloy has been quantified using the cumulative Weibull distribution.
These results increase our understanding of the quantitative metrics obtained from DT-MRI and, in particular, the effect of the microstructural architecture on the mean diffusivity.
The high-temperature oxidation resistance was enhanced as the applied laser energy density increased and the elevated high-temperature oxidation property was primarily attributed to the formation of refined microstructural architectures of SLM-processed parts.
The microstructural architecture for a material that achieves a negative Poisson's ratio as well as a hand-actuated two degree of freedom (DOF) microscopy stage are designed as case studies to demonstrate the utility of this theory.
An unusual columnar microstructural architecture composed of 〈1 0 0〉 texture (corresponding to (2 0 0) plane) oriented the building direction was observed.
The high compressive strength observed in the abalone is attributed to an optimization of microstructural architecture in the form of 2-D laminates, enhancing the fracture toughness of this shell material and enabling higher stresses to develop before fracture.
