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SUMMARY:Designing for fire: what resilience really demands from structural engineering
DESCRIPTION:Fire presents a unique and often underestimated challenge for resilient infrastructure: it is highly uncertain\, strongly influenced by human decisions\, and governed by system-level behaviour rather than individual component performance. Yet\, structural fire design is still commonly treated as a prescriptive compliance exercise\, with critical assumptions about fire severity\, protection integrity and load redistribution rarely made explicit. Drawing on research into steel and composite structures in fire\, including hybrid and innovative systems\, this presentation reframes fire not simply as an accidental load\, but as a test through which to examine the robustness\, adaptability and long-term resilience of structural design. The presentation will explore how engineering choices\, professional roles and design cultures shape fire performance in practice\, and will argue that truly resilient structures require a shift from code-driven compliance towards consequence-aware\, performance-based design thinking that explicitly acknowledges uncertainty and the human factor. \n  \nForfatter/presenter: \nProfessor Katherine Cashell is Professor of Structural Engineering at University College London (UCL)\, where she leads a research group focused on the behaviour and design of steel and composite structures under extreme loading conditions. Her work has particular emphasis on structural fire engineering\, system‑level behaviour\, and the role of material and connection ductility in resilient design. She has extensive experience spanning academia and industry\, including senior engineering roles at the Steel Construction Institute and in consultancy\, and currently leads major research projects on resilient steel and hybrid structural systems. Katherine is a Chartered Engineer and a Fellow of the Institution of Structural Engineers and the Institution of Civil Engineers\, and is actively engaged in professional practice\, education\, and policy discussions related to fire safety\, resilience\, and structural design responsibility. Katherine is deeply engaged in professional service and leadership within the structural engineering community. She served as an elected member of Council at the Institution of Structural Engineers from 2019 to 2022 and has held several senior roles within the Institution\, including Chair of the Education Panel (2020–2021). She is currently a board member of the Joint Board of Moderators (JBM)\, representing both IStructE and ICE in the UK’s accreditation of civil and structural engineering programmes. She also serves as a panel member for the UK’s 2029 Research Excellence Framework (REF)\, contributing to criteria setting and assessment for Unit of Assessment 12 (Engineering)\, and is an active member of the EPSRC Peer Review College. She sits on several Eurocode and standards committees\, as well as UK government advisory groups.
URL:https://sfpe.dk/arrangement/designing-for-fire-what-resilience-really-demands-from-structural-engineering/
ATTACH;FMTTYPE=image/png:https://sfpe.dk/wp-content/uploads/2026/02/Flamme.png
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DTSTART;TZID=UTC:20260505T143000
DTEND;TZID=UTC:20260505T163000
DTSTAMP:20260613T212708Z
CREATED:20260613T212132Z
LAST-MODIFIED:20260613T212708Z
UID:893-1777991400-1777998600@sfpe.dk
SUMMARY:Webninar: Nedbøjning af etagedæk og påvirkning af brandsektionsadskillelser + Generalforsamling
DESCRIPTION:Webinar: Nedbøjning af etagedæk og påvirkning af brandsektionsadskillelser \nI bygninger med flere brandsektioner er det afgørende\, at de brandadskillende vægge kan modstå den nedadgående nedbøjning fra etagedækket over dem. Selvom kravet har været en del af de danske brandregler siden 2004\, bliver det stadig ofte overset i projekteringen og fejl ses jævnligt. Udfordringen er særlig markant\, når lette konstruktioner som gipsvægge bruges som brandsektionsvægge\, f.eks. i installationsskakte eller ved opdeling af etagedæk. \nDette projekt undersøger\, om den almindeligt anvendte antagelse om en nedbøjning på 1/50 for betondæk under brand faktisk er realistisk – eller om den er for konservativ og dermed medfører unødigt komplekse løsninger. I dag glemmes nedadgående nedbøjning ofte\, især når man går fra en horisontal brandadskillelse i dækket til en vertikal væg i skakten. Det resulterer i dyre og pladskrævende teleskopløsninger i lette vægge\, som samtidig gør pladsen til HVAC‑installationer mere udfordrende. \nUndersøgelsen kan få stor betydning for hele byggebranchen\, ved at skabe bedre grundlag for projektering\, mere præcise krav og potentielt enklere\, billigere og mere driftsvenlige løsninger. \nGeneralforsamling: \nMed udgangspunkt i vedtægterne for SFPE Denmark\, indkaldes der til ordinær generalforsamling d. 05.05.2026 kl. 15.30\, med følgende dagsorden: \n\nValg af dirigent og referent\nÅrsberetning\nFremlæggelse af foreningens årsregnskab til godkendelse\nFremlæggelse af foreningens budget til godkendelse\nIndkomne forslag\nValg til bestyrelsen\n\nHenrik Bygbjerg (modtager genvalg)\nFlemming Ruddi Mørk (modtager genvalg)\n\n\nValg af revisor\nEventuelt\n\nMed udgangspunkt i §7 stk. 4 skal forslag der ønskes behandles på generalforsamlingen være bestyrelsen i hænde senest 7 dage før generalforsamlingen. \nIndkommende forslag kan fremsendes til kontakt@sfpedanmark.dk \nFor at kunne stemme til generalforsamlingen skal man være gyldig medlem.
URL:https://sfpe.dk/arrangement/webninar-nedboejning-af-etagedaek-og-paavirkning-af-brandsektionsadskillelser-generalforsamling/
LOCATION:Online
ATTACH;FMTTYPE=image/png:https://sfpe.dk/wp-content/uploads/2026/02/Webinar-SFPE-Denmark.png
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