This chapter describes a systematic methodology for optimized materials selection and informatics to support it.
These advantages are realized without a significant loss to the seminal properties of conductivity and transparency, for optimized materials.
Benefitted from the optimized materials and low waveguide loss, very low threshold current density of 0.5 kA/cm2 was obtained for a device with cavity length of 2 mm.
The numerical examples illustrate optimized materials with rubber-like behavior and also optimized materials with extreme strain-independent Poisson׳s ratio for axial strain intervals of εi∈[0.00,0.30].
In the search for optimized cathode materials for high-temperature electrolysis, mixed conducting oxides are highly promising candidates.
Additionally, approaches for an optimized material processing (heat treatment) that improves the machinability are discussed.
Therefore, the high performance, low cost and biodegradable GPE with the optimized material proportion developed in this work for application in lithium ion batteries (LIBs).
Thin film deposition and coating techniques have been developed for tribological applications and constitute an optimized material solution.
Standard microfabrication processing methods such as optical lithography, deposition, and etching, optimized for materials such as silicon and glass, are usually not suitable for natural and synthetic biomaterials without being coupled with other techniques.
For optimized design of hybrid materials for lightweight structures, a profound knowledge regarding the interaction of its constituents is essential.
