Choose an application

• Reference Manager
• EndNote
• RefWorks (Direct export to RefWorks)

The Special Issue of the journal Materials, entitled “Novel Material and Technological Solutions in Foundry Engineering”, contains very interesting papers from the field of material science concerning topics such as cast composites, layered castings, selected aspects of the crystallisation of alloys and the technology of cast and heat treatment of Al alloys and cast iron, the properties of moulding sands, properties of Ni-base superalloys, the technology of repairing castings using welding.

Technology: general issues --- History of engineering & technology --- nanocomposite --- nanoparticle --- microstructure --- mechanical --- Babbitt --- alumina --- high-chromium cast iron --- austenitizing conditions --- cooling conditions --- martensite transformation --- hardness --- cylinder heads --- heat treatment --- Brinell hardness --- automotive industry --- superalloy --- HRSTEM --- STEM-EDX --- M23C6 --- nano-borides --- Al-Si-Cu secondary aluminum alloy --- returnable material --- natural and artificial aging --- Cu precipitate --- transmission electron microscopy --- mechanical properties --- crystallization --- thermal and derivative analysis --- bimetallic --- interfacial --- compound casting --- laser surface alloying --- ductile cast iron --- in situ composite --- titanium carbide --- high-tin bronzes --- welding of bell --- bell’s sound --- aluminosilicate --- perlite --- vermiculite --- dehydroxylation --- thermal analysis --- FTIR --- XRD --- XRF --- SEM --- moulding sand --- inorganic binder --- magnetron sputtering --- HIPIMs method --- TiAlN layer --- XRD analysis --- EDS analysis --- surface morphology --- coating thickness --- AFM microscopy --- supergravity crystallization --- gravitational segregation --- texture --- hexagonal alloys --- monotectic transformation --- high-aluminum cast iron --- Al4C3 carbide --- spontaneous disintegration of the casting structure --- casting composite --- silicon carbide --- gray cast iron --- graphite --- pearlite --- reinforcement particles --- metallic matrix --- Inconel 740 --- phase transformation --- investment casting --- solidification

Choose an application

• Reference Manager
• EndNote
• RefWorks (Direct export to RefWorks)

The Special Issue of the journal Materials, entitled “Novel Material and Technological Solutions in Foundry Engineering”, contains very interesting papers from the field of material science concerning topics such as cast composites, layered castings, selected aspects of the crystallisation of alloys and the technology of cast and heat treatment of Al alloys and cast iron, the properties of moulding sands, properties of Ni-base superalloys, the technology of repairing castings using welding.

Technology: general issues --- History of engineering & technology --- nanocomposite --- nanoparticle --- microstructure --- mechanical --- Babbitt --- alumina --- high-chromium cast iron --- austenitizing conditions --- cooling conditions --- martensite transformation --- hardness --- cylinder heads --- heat treatment --- Brinell hardness --- automotive industry --- superalloy --- HRSTEM --- STEM-EDX --- M23C6 --- nano-borides --- Al-Si-Cu secondary aluminum alloy --- returnable material --- natural and artificial aging --- Cu precipitate --- transmission electron microscopy --- mechanical properties --- crystallization --- thermal and derivative analysis --- bimetallic --- interfacial --- compound casting --- laser surface alloying --- ductile cast iron --- in situ composite --- titanium carbide --- high-tin bronzes --- welding of bell --- bell’s sound --- aluminosilicate --- perlite --- vermiculite --- dehydroxylation --- thermal analysis --- FTIR --- XRD --- XRF --- SEM --- moulding sand --- inorganic binder --- magnetron sputtering --- HIPIMs method --- TiAlN layer --- XRD analysis --- EDS analysis --- surface morphology --- coating thickness --- AFM microscopy --- supergravity crystallization --- gravitational segregation --- texture --- hexagonal alloys --- monotectic transformation --- high-aluminum cast iron --- Al4C3 carbide --- spontaneous disintegration of the casting structure --- casting composite --- silicon carbide --- gray cast iron --- graphite --- pearlite --- reinforcement particles --- metallic matrix --- Inconel 740 --- phase transformation --- investment casting --- solidification --- nanocomposite --- nanoparticle --- microstructure --- mechanical --- Babbitt --- alumina --- high-chromium cast iron --- austenitizing conditions --- cooling conditions --- martensite transformation --- hardness --- cylinder heads --- heat treatment --- Brinell hardness --- automotive industry --- superalloy --- HRSTEM --- STEM-EDX --- M23C6 --- nano-borides --- Al-Si-Cu secondary aluminum alloy --- returnable material --- natural and artificial aging --- Cu precipitate --- transmission electron microscopy --- mechanical properties --- crystallization --- thermal and derivative analysis --- bimetallic --- interfacial --- compound casting --- laser surface alloying --- ductile cast iron --- in situ composite --- titanium carbide --- high-tin bronzes --- welding of bell --- bell’s sound --- aluminosilicate --- perlite --- vermiculite --- dehydroxylation --- thermal analysis --- FTIR --- XRD --- XRF --- SEM --- moulding sand --- inorganic binder --- magnetron sputtering --- HIPIMs method --- TiAlN layer --- XRD analysis --- EDS analysis --- surface morphology --- coating thickness --- AFM microscopy --- supergravity crystallization --- gravitational segregation --- texture --- hexagonal alloys --- monotectic transformation --- high-aluminum cast iron --- Al4C3 carbide --- spontaneous disintegration of the casting structure --- casting composite --- silicon carbide --- gray cast iron --- graphite --- pearlite --- reinforcement particles --- metallic matrix --- Inconel 740 --- phase transformation --- investment casting --- solidification