Assembly is the capstone process for product realization where component parts and subassemblies are integrated together to form the final products.
where x i,j is the realization of component i for link j (e.g., the weekly frequency of the Dover-Calais route operated by DFDS), a i represents the maximum theoretical value of the given variable, and b i is the curvature of the non-linear relationship.
We sum one realization from each component and repeat this for all realizations to give 5000 realizations of total projected RSLR at each time slice for each scenario.
It is necessary to design carefully each detail to realize low-energy-consumption buildings; the overall achievable energy saving will be represented by the sum of the ones obtained from a good realization of each component: facades, roofs, glazed surfaces, etc.
We discuss how this knowledge can be extended to the design and the realization of optical components such as highly efficient etch-less vertical tapers for passive silicon photonics.
Finally, the chapter gives an overview on the enormous potential of three-dimensional printing technology for architecture, with a particular focus on the realization of building components, structural elements, and entire buildings.
The concern-based topology differs from others by also considering the purposes (concerns) associated with the realization of architecture components.
One of the fascinating developments over the past decade has been the realization that stromal components of LNs and other SLOs not only serve a structural function but also actively promote immunity or tolerance.
It holds in general for recognition that raw data are classified by a type and instantiated as a token, while in action a type is specialized into a token which is passed to a suitable action component for realization as raw data (Hausser 1999, Sect. 3.3.5).
Because the molecular connectivity between polymer and inorganic components facilitates the realization of very high concentrations of inorganic component, particle brush-based composites hold the promise to realize novel high-performance engineering materials with a wide range of applications, for example, in the area of energy storage or optical materials.
As another step toward the realization of a three-component redox transformation, we opted to explore the potential for isomerizing a classic three-component condensation product into its corresponding redox product.
