Matches in SemOpenAlex for { <https://semopenalex.org/work/W2057366399> ?p ?o ?g. }
- W2057366399 endingPage "3812" @default.
- W2057366399 startingPage "3801" @default.
- W2057366399 abstract "Abstract The effect of thermal conductivity of the absorber plate of a solar collector on the performance of a thermo-siphon solar water heater is found by using the alternative simulation system. The system is assumed to be supplied of hot water at 50 °C and 80 °C whereas both are used in domestic and industrial purposes, respectively. According to the Rand distribution profile 50, 125 and 250 l of hot water are consumed daily. The condition shows that the annual solar fraction of the planning functions and the collector's configuration factors are strongly dependent on the thermal conductivity for its lower values. The less dependence is observed beyond a thermal conductivity of 50 W/m °C for the solar improper fraction and above 100 W/m °C for the configuration factors. In addition, the number of air ducts and total mass flow rate are taken to show that higher collector efficiency is obtained under the suitable designing and operating parameters. Different heat transfer mechanisms, adding natural convection, vapor boiling, cell nucleus boiling and film wise condensation is observed in the thermo-siphon solar water heater with various solar radiations. From this study, it is found that the solar water heater with a siphon system achieves system characteristic efficiency of 18% higher than that of the conventional system by reducing heat loss for the thermo-siphon solar water heater." @default.
- W2057366399 created "2016-06-24" @default.
- W2057366399 creator A5016396054 @default.
- W2057366399 creator A5019922035 @default.
- W2057366399 creator A5032527502 @default.
- W2057366399 creator A5057505555 @default.
- W2057366399 creator A5068140638 @default.
- W2057366399 creator A5076813465 @default.
- W2057366399 creator A5084721473 @default.
- W2057366399 date "2011-10-01" @default.
- W2057366399 modified "2023-10-11" @default.
- W2057366399 title "Review on solar water heater collector and thermal energy performance of circulating pipe" @default.
- W2057366399 cites W1972428277 @default.
- W2057366399 cites W1975361659 @default.
- W2057366399 cites W1977530720 @default.
- W2057366399 cites W1978934187 @default.
- W2057366399 cites W1981083614 @default.
- W2057366399 cites W1982512878 @default.
- W2057366399 cites W1986232269 @default.
- W2057366399 cites W1987013206 @default.
- W2057366399 cites W1990601565 @default.
- W2057366399 cites W1991753806 @default.
- W2057366399 cites W1997155623 @default.
- W2057366399 cites W1998072311 @default.
- W2057366399 cites W2003212538 @default.
- W2057366399 cites W2010395369 @default.
- W2057366399 cites W2011174981 @default.
- W2057366399 cites W2013952635 @default.
- W2057366399 cites W2015316006 @default.
- W2057366399 cites W2019231600 @default.
- W2057366399 cites W2019421840 @default.
- W2057366399 cites W2019783266 @default.
- W2057366399 cites W2020905391 @default.
- W2057366399 cites W2024108173 @default.
- W2057366399 cites W2029937518 @default.
- W2057366399 cites W2031125493 @default.
- W2057366399 cites W2037302874 @default.
- W2057366399 cites W2045631485 @default.
- W2057366399 cites W2047543356 @default.
- W2057366399 cites W2049687570 @default.
- W2057366399 cites W2051166897 @default.
- W2057366399 cites W2053879713 @default.
- W2057366399 cites W2055312147 @default.
- W2057366399 cites W2057448914 @default.
- W2057366399 cites W2065360281 @default.
- W2057366399 cites W2066638336 @default.
- W2057366399 cites W2068420000 @default.
- W2057366399 cites W2069785219 @default.
- W2057366399 cites W2071559698 @default.
- W2057366399 cites W2073854599 @default.
- W2057366399 cites W2073960764 @default.
- W2057366399 cites W2074547201 @default.
- W2057366399 cites W2078796031 @default.
- W2057366399 cites W2085469390 @default.
- W2057366399 cites W2085791208 @default.
- W2057366399 cites W2088610125 @default.
- W2057366399 cites W2088813281 @default.
- W2057366399 cites W2088884597 @default.
- W2057366399 cites W2093444680 @default.
- W2057366399 cites W2094760074 @default.
- W2057366399 cites W2099070777 @default.
- W2057366399 cites W2101169405 @default.
- W2057366399 cites W2107751447 @default.
- W2057366399 cites W2111537284 @default.
- W2057366399 cites W2115775216 @default.
- W2057366399 cites W2144222243 @default.
- W2057366399 cites W2144468353 @default.
- W2057366399 cites W2145494497 @default.
- W2057366399 cites W2148166950 @default.
- W2057366399 cites W2152805438 @default.
- W2057366399 cites W2165257137 @default.
- W2057366399 cites W2172132861 @default.
- W2057366399 doi "https://doi.org/10.1016/j.rser.2011.06.008" @default.
- W2057366399 hasPublicationYear "2011" @default.
- W2057366399 type Work @default.
- W2057366399 sameAs 2057366399 @default.
- W2057366399 citedByCount "144" @default.
- W2057366399 countsByYear W20573663992012 @default.
- W2057366399 countsByYear W20573663992013 @default.
- W2057366399 countsByYear W20573663992014 @default.
- W2057366399 countsByYear W20573663992015 @default.
- W2057366399 countsByYear W20573663992016 @default.
- W2057366399 countsByYear W20573663992017 @default.
- W2057366399 countsByYear W20573663992018 @default.
- W2057366399 countsByYear W20573663992019 @default.
- W2057366399 countsByYear W20573663992020 @default.
- W2057366399 countsByYear W20573663992021 @default.
- W2057366399 countsByYear W20573663992022 @default.
- W2057366399 countsByYear W20573663992023 @default.
- W2057366399 crossrefType "journal-article" @default.
- W2057366399 hasAuthorship W2057366399A5016396054 @default.
- W2057366399 hasAuthorship W2057366399A5019922035 @default.
- W2057366399 hasAuthorship W2057366399A5032527502 @default.
- W2057366399 hasAuthorship W2057366399A5057505555 @default.
- W2057366399 hasAuthorship W2057366399A5068140638 @default.
- W2057366399 hasAuthorship W2057366399A5076813465 @default.
- W2057366399 hasAuthorship W2057366399A5084721473 @default.
- W2057366399 hasConcept C116915560 @default.