FRINK Linked Data Fragments server

Matches in SemOpenAlex for { <https://semopenalex.org/work/W2979662426> ?p ?o ?g. }

• W2979662426 endingPage "109500" @default.
• W2979662426 startingPage "109500" @default.
• W2979662426 abstract "In a post-disaster scenario, temporary lightweight housing solutions are generally used for quickly providing disaster victims with a temporary living place. Developed for limited periods of occupation and typically built shortly with lightweight technologies, people can end up living in these buildings, especially in low-income countries, for years or even decades. Considering a possible long-occupation period, it is necessary to improve the ability of these building to grant adequate comfort even considering their temporary character. Nevertheless, few studies in the literature are focused on the indoor thermal comfort environment of these buildings. This paper shows some results of a study addressed to analyze and improve the indoor hygrothermal behavior of a novel, modular and lightweight temporary housing solution, named HOMEDONE, based on the assembly of 3D-reinforced EPS panels. After a preliminary characterization of the system in terms of in situ thermal transmittance and airtightness performance, useful to provide a reference for the numerical simulations, the indoor hygrothermal behavior of an experimental unit is monitored during the spring and the summer season. Then, hygrothermal simulations are carried out to verify the occurrence of the experimentally observed moisture-related issues in different climatic contexts and to evaluate the effectiveness of possible improvement solutions. The results showed a low in situ thermal transmittance and good airtightness performance of the HOMEDONE construction system. However, the experimental measurements revealed that, at closed opening condition, indoor air temperature and relative humidity can be very high and unacceptable during the cooling season, due to the low thermal storage capacity and the low moisture buffering/water absorption capacity of the building components. The simulations demonstrate that an internal finishing layer with adequate moisture buffering capacity can significantly reduce RH levels, preventing condensation issues and mold growth. Nevertheless, the use of the HOMEDONE unit for long periods of occupation is discouraged, especially in hot climates, unless appropriate measures to reduce the indoor overheating and to improve thermal comfort are adopted." @default.
• W2979662426 created "2019-10-18" @default.
• W2979662426 creator A5032408977 @default.
• W2979662426 creator A5062110758 @default.
• W2979662426 date "2019-12-01" @default.
• W2979662426 modified "2023-10-18" @default.
• W2979662426 title "An experimental investigation on the indoor hygrothermal environment of a reinforced-EPS based temporary housing solution" @default.
• W2979662426 cites W1643283050 @default.
• W2979662426 cites W1850958647 @default.
• W2979662426 cites W1894049548 @default.
• W2979662426 cites W1965295285 @default.
• W2979662426 cites W1979182506 @default.
• W2979662426 cites W1990892521 @default.
• W2979662426 cites W1997378195 @default.
• W2979662426 cites W2002315836 @default.
• W2979662426 cites W2008970873 @default.
• W2979662426 cites W2024239197 @default.
• W2979662426 cites W2036980216 @default.
• W2979662426 cites W2055036823 @default.
• W2979662426 cites W2057452101 @default.
• W2979662426 cites W2068047532 @default.
• W2979662426 cites W2068137411 @default.
• W2979662426 cites W2070737221 @default.
• W2979662426 cites W2078837689 @default.
• W2979662426 cites W2086633449 @default.
• W2979662426 cites W2127170577 @default.
• W2979662426 cites W2141519339 @default.
• W2979662426 cites W2239021329 @default.
• W2979662426 cites W2271155263 @default.
• W2979662426 cites W2281603855 @default.
• W2979662426 cites W2305922668 @default.
• W2979662426 cites W2306485427 @default.
• W2979662426 cites W2328780165 @default.
• W2979662426 cites W2346003168 @default.
• W2979662426 cites W2401173553 @default.
• W2979662426 cites W2407371176 @default.
• W2979662426 cites W2515083040 @default.
• W2979662426 cites W2517252399 @default.
• W2979662426 cites W2570499896 @default.
• W2979662426 cites W2575692609 @default.
• W2979662426 cites W2593130640 @default.
• W2979662426 cites W2598576420 @default.
• W2979662426 cites W2606166624 @default.
• W2979662426 cites W2608269585 @default.
• W2979662426 cites W2618500032 @default.
• W2979662426 cites W2623890458 @default.
• W2979662426 cites W2652427405 @default.
• W2979662426 cites W2671069817 @default.
• W2979662426 cites W2743963168 @default.
• W2979662426 cites W2749604401 @default.
• W2979662426 cites W2783824198 @default.
• W2979662426 cites W2790740772 @default.
• W2979662426 cites W2791918456 @default.
• W2979662426 cites W2794451464 @default.
• W2979662426 cites W2896071755 @default.
• W2979662426 cites W2909907858 @default.
• W2979662426 cites W2950898098 @default.
• W2979662426 cites W389103365 @default.
• W2979662426 cites W4300009529 @default.
• W2979662426 cites W768496459 @default.
• W2979662426 doi "https://doi.org/10.1016/j.enbuild.2019.109500" @default.
• W2979662426 hasPublicationYear "2019" @default.
• W2979662426 type Work @default.
• W2979662426 sameAs 2979662426 @default.
• W2979662426 citedByCount "17" @default.
• W2979662426 countsByYear W29796624262020 @default.
• W2979662426 countsByYear W29796624262021 @default.
• W2979662426 countsByYear W29796624262022 @default.
• W2979662426 countsByYear W29796624262023 @default.
• W2979662426 crossrefType "journal-article" @default.
• W2979662426 hasAuthorship W2979662426A5032408977 @default.
• W2979662426 hasAuthorship W2979662426A5062110758 @default.
• W2979662426 hasBestOaLocation W29796624262 @default.
• W2979662426 hasConcept C121332964 @default.
• W2979662426 hasConcept C127413603 @default.
• W2979662426 hasConcept C133913538 @default.
• W2979662426 hasConcept C147176958 @default.
• W2979662426 hasConcept C153294291 @default.
• W2979662426 hasConcept C158960510 @default.
• W2979662426 hasConcept C170154142 @default.
• W2979662426 hasConcept C204530211 @default.
• W2979662426 hasConcept C39432304 @default.
• W2979662426 hasConcept C41008148 @default.
• W2979662426 hasConceptScore W2979662426C121332964 @default.
• W2979662426 hasConceptScore W2979662426C127413603 @default.
• W2979662426 hasConceptScore W2979662426C133913538 @default.
• W2979662426 hasConceptScore W2979662426C147176958 @default.
• W2979662426 hasConceptScore W2979662426C153294291 @default.
• W2979662426 hasConceptScore W2979662426C158960510 @default.
• W2979662426 hasConceptScore W2979662426C170154142 @default.
• W2979662426 hasConceptScore W2979662426C204530211 @default.
• W2979662426 hasConceptScore W2979662426C39432304 @default.
• W2979662426 hasConceptScore W2979662426C41008148 @default.
• W2979662426 hasLocation W29796624261 @default.
• W2979662426 hasLocation W29796624262 @default.
• W2979662426 hasOpenAccess W2979662426 @default.
• W2979662426 hasPrimaryLocation W29796624261 @default.
• W2979662426 hasRelatedWork W117668757 @default.

• next