"composite concept" is a correct and usable phrase in written English.
It can be used to refer to a type of complex idea, concept, or thing that is made up of multiple, simpler parts. For example: The professor's theory of history was based on a complex, composite concept that included multiple elements of socioeconomic and political factors.
That this title did indicate a composite concept (i.e., of opposing instrumental groups) is evidenced by frequent distinctions in prefaces and tables of contents between it (or its shorter equivalent, "Concerti") and the sinfonia or sonata.
DaimlerChrysler produces its Composite Concept Vehicle, made of glass fiber instead of the stronger, pricier carbon.
Inspiration: Designed by Bryan Nesbitt, the CCV (Composite Concept Vehicle) was hardly the sexiest show car unveiled in 1997, but it may have been the smartest.
Here we present and assess a hierarchical composite concept that aims to combine the desirable attributes of stochastic foams and lattice structures.
This composite concept may allow attainment of combinations of strength and energy absorption capacity that cannot be accessed by either foams or lattice structures alone.
Risk is a composite concept: it is the product of the probability that an event will take place (usually that something will go wrong) and the (negative) effect it will have if it does take place.
But these are all composite concepts; they all involve putting two quite different notions together: 'highest' with 'good', 'first' with 'cause', and so on.
They proved that: TBoxes formulated in DL-Lite with role inclusions and composite concepts on the right-hand side of concept inclusions can be learned in polynomial time; (mathcal {EL}) TBoxes with only concept names on the right-hand side of concept inclusions can be learned in polynomial time.
Thus far, considerable efforts have been devoted to overcome these problems by using the active/inactive composite concepts, including core-shell nanostructures, in which the inactive phase serves as a buffer and partly alleviates mechanical stress caused by the volume change of the active phase [6, 7].
Nano-composite and multi-composite concepts for self-healing ceramics are described.
The results have important implications for damage tolerant design of composites; concepts such as Z-pinning offer the opportunity to design a structure that can withstand significant damage whilst still being fit for purpose.
