A projection array based design defines sets of simulation runs with properties that extend the conceptual properties of orthogonal array based Latin hypercube sampling, particularly to underlying design structures other than orthogonal arrays.
Because they provide an alternative pathway toward multiple functionalities, the design concepts underlying the structure of such biological materials may offer interesting solutions for the manufacturing of sustainable and high-performance synthetic composites.
This model was compared with the design structure of the dam in order to define the upper limits of the underlying alluvium, the deposited blast fill, earth fill and top gravel materials (represented by the dam surface).
Secondly, the 3D data were compared with the design structure of the dam in order to define the upper limits of the underlying alluvium, the deposited blast fill, earth fill and top gravel materials (represented by the dam surface).
In particular, the different methods and mechanisms underlying these product structure designs and their reported successes and challenges are discussed.
The discipline and techniques also shape the underlying structure of proper interaction design, as the information architecture techniques seems to illustrate how a successful interaction designer approaches any design problem at all.
In designing control laws for such systems, it is essential to incorporate the underlying information structure constraints while keeping the number of optimization variables at a minimum.
The model should rather be seen as a first step toward a better understanding of some general principles underlying brain design, deliberately ignoring some structures while taking hints from highly simplified ones.
Experimental designs involving time courses and or perturbation can provide significantly more, but rarely enough, information on the underlying system structure.
To successfully design new proteins and understand the effects of mutations in natural proteins, we must understand the geometric and physicochemical principles underlying protein structure.
The underlying argument structure, or topos, is Orientalist.
