FRINK Linked Data Fragments server

Matches in SemOpenAlex for { <https://semopenalex.org/work/W3035691711> ?p ?o ?g. }

• W3035691711 endingPage "103430" @default.
• W3035691711 startingPage "103430" @default.
• W3035691711 abstract "Rock caverns are heralded as the next frontier in metropolitan development around the world as the likes of Hong Kong striving to plough through continuous urbanization without undue sacrifices in health and safety. Meanwhile, the use of underground space in densely developed urban areas such as Hong Kong will offer good opportunities for creation of space, enhancement of connectivity and improvement of the urban environment. Underground space can also be used to house new facilities or relocate existing above-ground facilities that are incompatible with the urban setting, thereby releasing valuable surface land for other beneficial and compatible land uses. Generally speaking, a number of natural and man-made disasters such as fire, explosions, earthquakes, and flood are factored into the design of cavern and underground space. By far, fire is the most serious concern due to its associated risks in evacuation difficulties, barriers to fire service intervention, lack of natural ventilation, and the reliability of power supplies. In this connection, the existing rock caverns in Hong Kong were not designed for accommodating high occupant loads. On the other hand, in accordance with the strategic planning of rock cavern development in Hong Kong, facilities intended for accommodating high occupant load such as indoor sports hall and museum are recommended to be relocated to rock cavern. To this end, key scientific criteria affecting fire phenomena in rock cavern such as potential fire size, occupant load, geometry, location and topography, etc. of the rock caverns and their corresponding effects should be identified and studied so as to address the said inherent risks and formulate a secure fire safety design. This paper aims at exploring the feasibility of the rock caverns to be utilized as space for accommodating high occupant loads in Hong Kong. The policy and direction of the rock cavern development in Hong Kong are introduced. The inherent risks of rock caverns and underground space in relation to fire safety are elaborated as well. Fire safety strategies of some existing overseas rock cavern projects accommodating high occupant load are discussed. The evacuation situations for an overseas rock cavern at its designed maximum and different occupant loadings were also simulated. In addition, the effects of different fire locations, heat release rates and occupant loadings at three types of access tunnel, namely, horizontal, ascending, and descending tunnels leading to a cubic cavern space were studied using a Computational Fluid Dynamics (CFD) based software, the Fire Dynamics Simulator (FDS), as well. The time to reach tenability limits and predicted total evacuation time for different scenarios are compared and analyzed. Various correlations of key scientific criteria affecting fire phenomena in rock cavern are identified and discussed. Subsequently, according to the predicted results, recommendations in terms of fire safety considerations on relocating public utilities with high occupant load into caverns are recommended." @default.
• W3035691711 created "2020-06-19" @default.
• W3035691711 creator A5021103670 @default.
• W3035691711 creator A5042824064 @default.
• W3035691711 creator A5050796957 @default.
• W3035691711 date "2020-09-01" @default.
• W3035691711 modified "2023-09-25" @default.
• W3035691711 title "A simulation study on fire safety aspects of rock cavern accommodating high occupant load" @default.
• W3035691711 cites W1967733167 @default.
• W3035691711 cites W2001221256 @default.
• W3035691711 cites W2071204521 @default.
• W3035691711 cites W2072755112 @default.
• W3035691711 cites W2083505784 @default.
• W3035691711 doi "https://doi.org/10.1016/j.tust.2020.103430" @default.
• W3035691711 hasPublicationYear "2020" @default.
• W3035691711 type Work @default.
• W3035691711 sameAs 3035691711 @default.
• W3035691711 citedByCount "7" @default.
• W3035691711 countsByYear W30356917112021 @default.
• W3035691711 countsByYear W30356917112022 @default.
• W3035691711 countsByYear W30356917112023 @default.
• W3035691711 crossrefType "journal-article" @default.
• W3035691711 hasAuthorship W3035691711A5021103670 @default.
• W3035691711 hasAuthorship W3035691711A5042824064 @default.
• W3035691711 hasAuthorship W3035691711A5050796957 @default.
• W3035691711 hasConcept C127413603 @default.
• W3035691711 hasConcept C147176958 @default.
• W3035691711 hasConcept C158739034 @default.
• W3035691711 hasConcept C16674752 @default.
• W3035691711 hasConcept C166957645 @default.
• W3035691711 hasConcept C170154142 @default.
• W3035691711 hasConcept C205649164 @default.
• W3035691711 hasConcept C2776608160 @default.
• W3035691711 hasConcept C77595967 @default.
• W3035691711 hasConceptScore W3035691711C127413603 @default.
• W3035691711 hasConceptScore W3035691711C147176958 @default.
• W3035691711 hasConceptScore W3035691711C158739034 @default.
• W3035691711 hasConceptScore W3035691711C16674752 @default.
• W3035691711 hasConceptScore W3035691711C166957645 @default.
• W3035691711 hasConceptScore W3035691711C170154142 @default.
• W3035691711 hasConceptScore W3035691711C205649164 @default.
• W3035691711 hasConceptScore W3035691711C2776608160 @default.
• W3035691711 hasConceptScore W3035691711C77595967 @default.
• W3035691711 hasLocation W30356917111 @default.
• W3035691711 hasOpenAccess W3035691711 @default.
• W3035691711 hasPrimaryLocation W30356917111 @default.
• W3035691711 hasRelatedWork W112698945 @default.
• W3035691711 hasRelatedWork W1480354433 @default.
• W3035691711 hasRelatedWork W2076764856 @default.
• W3035691711 hasRelatedWork W2365360575 @default.
• W3035691711 hasRelatedWork W2392130058 @default.
• W3035691711 hasRelatedWork W598637529 @default.
• W3035691711 hasRelatedWork W2462653763 @default.
• W3035691711 hasRelatedWork W2467717149 @default.
• W3035691711 hasRelatedWork W2519899630 @default.
• W3035691711 hasRelatedWork W2992278054 @default.
• W3035691711 hasVolume "103" @default.
• W3035691711 isParatext "false" @default.
• W3035691711 isRetracted "false" @default.
• W3035691711 magId "3035691711" @default.
• W3035691711 workType "article" @default.