With focus on performance optimization, materials like SU-8/ZnO nano-composite nano-wires have been investigated for realizing devices [197].
Topology Optimization (TO) methods optimize material layout to design light-weight and high-performance products.
Moreover, replications describe in detail the entire experimental design, including controls, conditions, assay optimizations, materials, protocols, and analysis plans prior to initiating data collection.
As reported photo conversion efficiency of QDSSC is still less than dye sensitized solar cells, more research on optimization of material selection and material engineering is required.
Another area that needs further investigative studies is in the optimization of material parameters that give the optimal sensing performance to tested gases.
In conclusion, this study demonstrates optimization of material parameters for 3D printed calcium phosphate scaffolds and enhancement of material properties by volumetric collagen incorporation via inkjet printing.
The optimization of material properties by tailoring nanoscale microstructure is garnering great attention from both material scientists and manufacturing engineers.
The present work includes optimization of Material Removal Rate (MRR) and Tool Wear Rate (TWR) for the machining of Inconel-800 material using Powder Mixed Elctric Discharge Machining (PMEDM).
Thus, optimization of material properties enhancing scratch and mar resistance is not possible.
