This paper develops such a modeling method, which can be implemented by employing the functions of current CAD graphic software and obtain the model that includes all the material information (about periodic microstructures, constituent composition, inclusions, and embedded parts) along with geometry information in 3D solid modeling without the problem arising from too much data.
The resulting dynamic systems are inherently responsive to internal or external pressures, giving rearrangement of the constituent composition and further amplification of optimally reacting species.
For such a component, its design should be implemented from function requirements to its geometry, to material properties, and to material microstructures and/or constituent compositions.
This paper develops a detailed approach and its corresponding computer software prototype for selecting optimal material constituent compositions and microstructures according to the determined or optimized material properties using an improved Genetic Algorithm.
In order to design the components made of multi-heterogeneous materials for high-tech applications, a new design method has been developed and is implemented from functional requirements in high-tech applications to a component's configuration, to material properties, and to material microstructures and/or constituent compositions.
The effects of the constituents' composition percentage and relative particle sizes are studied in thin, composite transfer films consisting of copper (Cu) and molybdenum disulfide (MoS2).
The study of biomass extracts as metal corrosion inhibitors is beneficial for several reasons: they are inexpensive, readily available, nontoxic, and on the basis of their multi-constituent composition, could provide broad spectrum action (as opposed to the specificity of action of conventional organic inhibitors).
Clay constituents, composition and distribution were mapped for the concerned layers with a reasonable statistical accuracy.
In addition, plant cell walls generally are composed of three layers of anatomical regions (i.e., the middle lamella, the primary wall, and the secondary wall), with the thickness of each layer and its constituents composition varying in different cell types, tissues and plant species.
Dual-phase functionally graded materials are a particular type of composite materials whose properties are tailored to vary continuously, depending on its two constituent's composition distribution, and which use is increasing on the most diverse application fields.
Test results indicated that up to 30% coarse RCA had no effect on the main three oxides (SiO2, Al2O3 and CaO) of concrete, but thereafter there was a marginal decrease in SiO2 and increase in Al2O3 and CaO contents with increase in RCA content in the mix, reflecting the original constituent's composition.
