Sentence examples for prototype fabrication from inspiring English sources
This work deals with an automotive FlexBody Space-Frame Structure prototype fabrication.
Modeling, trajectory planning, simulations, mechanism design, and prototype fabrication of the anchoring system are discussed, respectively.
This approach can greatly expedite the time required for complex geometry based prototype fabrication.
Prototype fabrication using MetalMUMPs has also been investigated in this study.
Although it has a strong merit in mass production, photolithography is not suitable for flexible machining of micro-mold and prototype fabrication in micro-systems.
The results may help to develop a low-destructive, low-cost, and flexible nanofabrication technique suitable for machining of micro-mold and prototype fabrication in micro-systems.
The fabrication and qualification of such rings is a technological challenge to be faced up with test campaigns for material qualification, prototypes fabrication and thorough thermo-mechanical analyses.
The demonstration of imaging by helium (He) ions is relatively a new technique to characterize the surfaces at sub-nanoscale with extraordinary additional advantages of in situ ion lithography, nano-patterning, device prototyping, fabrication of quantum dots, beam-induced chemistry, and milling at nanoscale [15, 16].
This work describes the design, computational prototyping, fabrication, and characterization of a microfabricated thermal conductivity detector (μTCD) to analyze the effluent from a micro-gas chromatograph column (μGC) and to complement the detection efficacy of a surface acoustic wave detector in the micro-ChemLab™ system.
This paper describes joint design drivers, joint design detail, prototype joint fabrication processes, quality assurance (QA)/quality control (QC) adopted during prototype and actual joint fabrication process, joint resistance measurement on actual TF coils and analysis of measured joint resistance in detail.
A direct metal rapid prototyping (RP) fabrication technique, electron beam melting (EBM) process, was utilized to fabricate porous Ti6Al4V parts with fully interconnected, controlled internal pore architecture.
