Sentence examples for based composites were developed from inspiring English sources
Chitosan (CS) based composites were developed by varying montmorillonite (MMT) and hydroxyapatite (HA) combinations to fabricate macrospheric three dimensional (3D) scaffolds by direct agglomeration of the sintered macrospheres.
In this work, a new temperature dependent fracture strength model for the laminated ZrB2 based composites is developed by employing a temperature dependent fracture surface energy model and the classical fracture theories.
Hydroxylated poly amide-imide) (poly amide-imidesites were develoPAI -basedPAI -based glucompositesionalized Mweres (MWCNTs-Gl) as reinforcement in developed concentrations varying from 5 to 15 wt.%.
Based on experimental data, the analytical models on polymer composites were developed for simultaneously calculating the thermal property with single or hybrid fillers [25, 26].
A novel drug delivery system for doxorubicin (DOX), based on organic-inorganic composites was developed.
Nonenzymatic amperometric sensor of glucose based on the Pt/MC GR composites is developed.
A method for the generation of three-dimensional model microstructures resembling particle reinforced composites is developed based on the periodic Voronoi tessellation.
A numerical fiber pullout model tailored for carbon nanotube (CNT) reinforced polymer composites is developed based on some classical models, to evaluate the effect of low temperature environment and other parameters to the stress distribution and stress transfer efficiency in CNT/polymer composites.
Comprehensive high resolution 3D finite element (FE) models of a quarter of the repeated unit cell (RUC) for the woven glass/epoxy composite were developed based on different micromechanical schemes.. Specifically, four different micromechanics schemes were investigated: self-consistent, Mori Tanaka, three-phase approach and composite cylinder assemblage (CCA).
A micromechanics based methodology to simulate the complete hygro-thermomechanical behavior of plain weave composites is developed.
A novel printed strain sensor, based on metal-metal composite, was developed for applications in the biomedical and civil infrastructural industries.
