FRINK Linked Data Fragments server

Matches in SemOpenAlex for { <https://semopenalex.org/work/W4287511955> ?p ?o ?g. }

• W4287511955 endingPage "112324" @default.
• W4287511955 startingPage "112324" @default.
• W4287511955 abstract "Contradictory conclusions have been reported on whether thermal mass reduces or increases energy demand in hot and cold climates. A novel approach to measuring the impact of thermal mass on the building’s energy consumption is presented. The method aims to better represent reality and applies two different control conditions simultaneously in a numerical model: the first condition, which has been used in past studies, adjusts the internal boundary condition based on the time duration of heating/cooling activation (simulating an occupancy pattern) and the second, which has not been used in past studies, adjusts the internal boundary condition based on both the time duration and the internal temperature (simulating an occupancy pattern and the thermostatic control system). When investigating the impact of thermal mass on the internal temperature in a scenario where no heat is transferred into the building, the high thermal mass outperforms the low thermal mass, showing a time-shifting effect, long time lag, and small decrement factor. However, when modelled using the method presented in this paper, high thermal mass results in greater energy consumption during summer and winter periods in Saudi Arabia. During transition seasons where temperature swings occur on either side of the indoor set-point temperatures, thermal mass reduces thermal transmission. The impact of thermal mass is also investigated for several climatic conditions in Saudi Arabia. Simulation results show that an internally exposed thermal massive wall section results in greater energy consumption when compared to a similar building with isolated thermal mass (i.e. insulated internally). This is due to the fact that even though the internal temperature inside the building is being cooled/warmed up to the set-point, the thermal mass continues to transfer heat that is absorbed by the building’s fabric from/to the interior, placing a greater demand on the cooling/heating system. Over the course of a year, however, the impact of thermal mass is negligible when compared to other factors, such as the insulative properties of the building’s fabric." @default.
• W4287511955 created "2022-07-25" @default.
• W4287511955 creator A5042055059 @default.
• W4287511955 creator A5050728956 @default.
• W4287511955 creator A5067582601 @default.
• W4287511955 creator A5070727198 @default.
• W4287511955 date "2022-09-01" @default.
• W4287511955 modified "2023-10-14" @default.
• W4287511955 title "Thermal mass impact on energy consumption for buildings in hot climates: A novel finite element modelling study comparing building constructions for arid climates in Saudi Arabia" @default.
• W4287511955 cites W1931903469 @default.
• W4287511955 cites W1964343203 @default.
• W4287511955 cites W1979677786 @default.
• W4287511955 cites W1981430365 @default.
• W4287511955 cites W1981521151 @default.
• W4287511955 cites W1992704108 @default.
• W4287511955 cites W1993874738 @default.
• W4287511955 cites W1995929099 @default.
• W4287511955 cites W1997475254 @default.
• W4287511955 cites W2011854255 @default.
• W4287511955 cites W2012417829 @default.
• W4287511955 cites W2023517295 @default.
• W4287511955 cites W2026213824 @default.
• W4287511955 cites W2030544458 @default.
• W4287511955 cites W2030762638 @default.
• W4287511955 cites W2031206743 @default.
• W4287511955 cites W2031305224 @default.
• W4287511955 cites W2031802084 @default.
• W4287511955 cites W2042398703 @default.
• W4287511955 cites W2055996767 @default.
• W4287511955 cites W2062450256 @default.
• W4287511955 cites W2064890618 @default.
• W4287511955 cites W2064971106 @default.
• W4287511955 cites W2074897165 @default.
• W4287511955 cites W2087746051 @default.
• W4287511955 cites W2088275107 @default.
• W4287511955 cites W2088600748 @default.
• W4287511955 cites W2102962591 @default.
• W4287511955 cites W2108275961 @default.
• W4287511955 cites W2127170577 @default.
• W4287511955 cites W2135230954 @default.
• W4287511955 cites W2193837844 @default.
• W4287511955 cites W2441215061 @default.
• W4287511955 cites W2521049178 @default.
• W4287511955 cites W2565866447 @default.
• W4287511955 cites W2608706652 @default.
• W4287511955 cites W2612254299 @default.
• W4287511955 cites W2616467142 @default.
• W4287511955 cites W2650267915 @default.
• W4287511955 cites W2754892429 @default.
• W4287511955 cites W2769316878 @default.
• W4287511955 cites W2804063185 @default.
• W4287511955 cites W2889894461 @default.
• W4287511955 cites W2896545113 @default.
• W4287511955 cites W2911575878 @default.
• W4287511955 cites W2913149497 @default.
• W4287511955 cites W2916927238 @default.
• W4287511955 cites W2934862963 @default.
• W4287511955 cites W2996817612 @default.
• W4287511955 cites W3000321042 @default.
• W4287511955 cites W3010936867 @default.
• W4287511955 cites W3036382058 @default.
• W4287511955 cites W3040353230 @default.
• W4287511955 cites W3044756719 @default.
• W4287511955 cites W3049055476 @default.
• W4287511955 cites W3111128419 @default.
• W4287511955 cites W3123981233 @default.
• W4287511955 cites W3134012837 @default.
• W4287511955 cites W3146365731 @default.
• W4287511955 cites W3153241124 @default.
• W4287511955 cites W3179338153 @default.
• W4287511955 cites W3181143131 @default.
• W4287511955 cites W4210574492 @default.
• W4287511955 doi "https://doi.org/10.1016/j.enbuild.2022.112324" @default.
• W4287511955 hasPublicationYear "2022" @default.
• W4287511955 type Work @default.
• W4287511955 citedByCount "5" @default.
• W4287511955 countsByYear W42875119552023 @default.
• W4287511955 crossrefType "journal-article" @default.
• W4287511955 hasAuthorship W4287511955A5042055059 @default.
• W4287511955 hasAuthorship W4287511955A5050728956 @default.
• W4287511955 hasAuthorship W4287511955A5067582601 @default.
• W4287511955 hasAuthorship W4287511955A5070727198 @default.
• W4287511955 hasConcept C119599485 @default.
• W4287511955 hasConcept C121332964 @default.
• W4287511955 hasConcept C127313418 @default.
• W4287511955 hasConcept C127413603 @default.
• W4287511955 hasConcept C128014804 @default.
• W4287511955 hasConcept C133913538 @default.
• W4287511955 hasConcept C147176958 @default.
• W4287511955 hasConcept C153294291 @default.
• W4287511955 hasConcept C160331591 @default.
• W4287511955 hasConcept C204530211 @default.
• W4287511955 hasConcept C205649164 @default.
• W4287511955 hasConcept C2780165032 @default.
• W4287511955 hasConcept C39432304 @default.
• W4287511955 hasConcept C57879066 @default.
• W4287511955 hasConcept C91586092 @default.
• W4287511955 hasConceptScore W4287511955C119599485 @default.

• next