FRINK Linked Data Fragments server

Matches in SemOpenAlex for { <https://semopenalex.org/work/W3204285190> ?p ?o ?g. }

• W3204285190 endingPage "122098" @default.
• W3204285190 startingPage "122098" @default.
• W3204285190 abstract "• Premixed gas combustion in porous inert media was applied for ceramic sintering. • The effects of fuel–air ratio and thermal load were experimentally investigated. • Sintering dynamics studied using Al 2 O 3 , MgO and spinel ceramic powder samples. • Four schemes of ceramic sample arrangement and two combustion modes was considered. • Several strategies are suggested to improve sintering quality and fuel efficiency. Development of new energy-efficient high-temperature sintering furnaces is one of the key factors for cost reduction of refractory ceramic manufacturing. In this paper, a sintering furnace in which the volume of the furnace chamber is completely filled with a packed bed of ceramic spheres, and the energy source is the premixed combustion of natural gas with atmospheric air and oxygen has been experimentally studied. The furnace design allows the use of two combustion modes: ( i ) filtration combustion, when the narrow reaction front (combustion wave) freely propagates through the packed bed, ( ii ) jet-stabilized combustion when the reaction front is stabilized near gas inlet nozzles used for supplying the fresh mixture into the packed bed. Experimental analysis of both combustion modes was performed in the ranges of specific fuel flow rate from 7·10 –3 to 107·10 –3 Nm 3 ·s – 1 /m 2 , firing rate from 244 to 3724 kW/m 2 , fuel-to-oxidizer ratio from 0.40 to 3.30, oxygen content in the oxidizer from 21 to 30 vol%. In these ranges, the temperature of the packed bed can be controlled within 1230–2220 K. Test sintering of samples pressed from powders of MgO and Al 2 O 3 was carried out at 2170 K. It was found that the filtration combustion mode is effective for sintering parts with a characteristic size of up to 10 mm, and the packed bed can be completely formed of samples to be sintered. Jet-stabilized combustion mode is effective for sintering large pieces. In such a case, submerging samples within the packed bed enables double fuel saving compared to the stacking of samples in a furnace chamber of a conventional free-volume design. The new furnace based on the principles of premixed combustion in porous inert media can be in demand for small-scale production of ceramic parts." @default.
• W3204285190 created "2021-10-11" @default.
• W3204285190 creator A5014103268 @default.
• W3204285190 creator A5048900114 @default.
• W3204285190 creator A5056415929 @default.
• W3204285190 creator A5088725306 @default.
• W3204285190 date "2022-02-01" @default.
• W3204285190 modified "2023-09-24" @default.
• W3204285190 title "Ceramic sintering furnace based on combustion of premixed natural gas in porous inert media" @default.
• W3204285190 cites W161994134 @default.
• W3204285190 cites W1646129815 @default.
• W3204285190 cites W1800036361 @default.
• W3204285190 cites W1943323195 @default.
• W3204285190 cites W1972951776 @default.
• W3204285190 cites W1982419098 @default.
• W3204285190 cites W2005310384 @default.
• W3204285190 cites W2005806862 @default.
• W3204285190 cites W2009074811 @default.
• W3204285190 cites W2009707730 @default.
• W3204285190 cites W2010029727 @default.
• W3204285190 cites W2014215279 @default.
• W3204285190 cites W2016735038 @default.
• W3204285190 cites W2019128293 @default.
• W3204285190 cites W2021703901 @default.
• W3204285190 cites W2027563306 @default.
• W3204285190 cites W2036805314 @default.
• W3204285190 cites W2038236667 @default.
• W3204285190 cites W2041999362 @default.
• W3204285190 cites W2042597459 @default.
• W3204285190 cites W2052828256 @default.
• W3204285190 cites W2056754315 @default.
• W3204285190 cites W2058657691 @default.
• W3204285190 cites W2060304890 @default.
• W3204285190 cites W2064231848 @default.
• W3204285190 cites W2068743195 @default.
• W3204285190 cites W2092710300 @default.
• W3204285190 cites W2169337867 @default.
• W3204285190 cites W2317231175 @default.
• W3204285190 cites W2333690867 @default.
• W3204285190 cites W2378567826 @default.
• W3204285190 cites W2418240064 @default.
• W3204285190 cites W2460268527 @default.
• W3204285190 cites W2471674226 @default.
• W3204285190 cites W2591712379 @default.
• W3204285190 cites W2601802583 @default.
• W3204285190 cites W2750754920 @default.
• W3204285190 cites W2755522590 @default.
• W3204285190 cites W2759264992 @default.
• W3204285190 cites W2766080885 @default.
• W3204285190 cites W2782417200 @default.
• W3204285190 cites W2806365016 @default.
• W3204285190 cites W2811123220 @default.
• W3204285190 cites W2888675262 @default.
• W3204285190 cites W2902963921 @default.
• W3204285190 cites W2905919079 @default.
• W3204285190 cites W2909909960 @default.
• W3204285190 cites W2922382890 @default.
• W3204285190 cites W2930785738 @default.
• W3204285190 cites W2965735909 @default.
• W3204285190 cites W2974610855 @default.
• W3204285190 cites W3004296515 @default.
• W3204285190 cites W3011783760 @default.
• W3204285190 cites W3030071810 @default.
• W3204285190 cites W3042438001 @default.
• W3204285190 cites W3050467158 @default.
• W3204285190 cites W3088804003 @default.
• W3204285190 cites W3094397693 @default.
• W3204285190 cites W3125485287 @default.
• W3204285190 cites W4231188267 @default.
• W3204285190 cites W3114201664 @default.
• W3204285190 doi "https://doi.org/10.1016/j.fuel.2021.122098" @default.
• W3204285190 hasPublicationYear "2022" @default.
• W3204285190 type Work @default.
• W3204285190 sameAs 3204285190 @default.
• W3204285190 citedByCount "2" @default.
• W3204285190 countsByYear W32042851902022 @default.
• W3204285190 countsByYear W32042851902023 @default.
• W3204285190 crossrefType "journal-article" @default.
• W3204285190 hasAuthorship W3204285190A5014103268 @default.
• W3204285190 hasAuthorship W3204285190A5048900114 @default.
• W3204285190 hasAuthorship W3204285190A5056415929 @default.
• W3204285190 hasAuthorship W3204285190A5088725306 @default.
• W3204285190 hasConcept C105923489 @default.
• W3204285190 hasConcept C127413603 @default.
• W3204285190 hasConcept C134132462 @default.
• W3204285190 hasConcept C154256306 @default.
• W3204285190 hasConcept C159985019 @default.
• W3204285190 hasConcept C172331833 @default.
• W3204285190 hasConcept C178790620 @default.
• W3204285190 hasConcept C185592680 @default.
• W3204285190 hasConcept C191897082 @default.
• W3204285190 hasConcept C192562407 @default.
• W3204285190 hasConcept C2777581544 @default.
• W3204285190 hasConcept C42360764 @default.
• W3204285190 hasConcept C6648577 @default.
• W3204285190 hasConcept C83104080 @default.
• W3204285190 hasConceptScore W3204285190C105923489 @default.
• W3204285190 hasConceptScore W3204285190C127413603 @default.

• next