Sentence examples for manufacturing of ceramic from inspiring English sources

Ceramics represents a new frontier for these LAM systems – one with many challenges and research needs; however, the material properties that ceramics offer over polymers and metals make the additive manufacturing of ceramic components an enticing engineering opportunity for aerospace, astronautical and potentially many other technology areas.

This study proposes a novel process of slurry-based additive manufacturing of ceramic parts by selective laser burn-out (SLB).

Special ceramic tubes are designed and fabricated from the material used for the manufacturing of ceramic moulds for investment casting.

This work provides technological insights into precision engineering for rapid manufacturing of ceramic components without the need or with less need for subsequent lapping and polishing.

During the last decade, research efforts were devoted to the development and manufacturing of ceramic thermal barrier coatings (TBCs) on turbine parts because the traditional turbine materials have reached the limits of their temperature capabilities.

However, challenges and issues of current manufacturing of ceramic-based quartz resonator package, including high-cost packaging material of metal lid, one chip sealing bonding, and scaling limit of ceramic substrate, make the shrinkage of quartz resonator packages difficult.

The author developed plans for in-office computer-aided design/computer-aided manufacturing (CAD/CAM) fabrication of ceramic restorations specifically to enable the dentist to complete one or multiple ceramic restorations chairside, in a single appointment.

Laser-aided additive manufacturing technique is a competitive method for direct fabrication of ceramic components.

These results and discussion offer new possibilities in the manufacturing of bio-ceramic products by nanosecond laser with high processing quality and efficient.

For the manufacturing of reaction-bonded ceramic microparts by low-pressure injection moulding, feedstocks with an optimized rheological behaviour are required.

The manufacturing of low cost ceramic flat and tubular membranes via dry pressing and extrusion, using low cost material, namely, natural kaolin, Alumina, and lignite as a pore forming agent was the purpose in this study.