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ZWOF Lisbon 2026 Portugal Closed-cavity façadeBuilding physicsSolar shadingGlassPortugal

Thermal behaviour in closed cavities: why a low g-value isn’t enough

Robert Weitlaner

ZWOF Limassol 2026 Cyprus Solar controlFaçade engineeringBuilding physicsDaylightCyprus

A filter designed for performance, not for people

Petros Karatzas

ZWOF Limassol 2026 Cyprus Building physicsCyprusCladdingCeramicsVentilated façades

Stoneware, ventilated: a façade as a system, not a product

Roberto Sprocati

ZWOF Manchester 2026 United Kingdom Building physicsUKZWOF Man 26SustainabilityAirtightness

Move the airtight line outside: condensation and air-tightness

Nick Backhouse

ZWOF Istanbul 2026 Turkey Building physicsTurkeyGlazingThermal performanceWarm edge

Cam aynı kaldı, Uw düştü: gerçek enerji performansı neden bütün sistemden ölçülür?

Naz Fenercioğlu

ZWOF Calgary 2026 Canada Building physicsCanadaBuilding codesTestingAirtightness

Twenty-two milk jugs a minute: what the code lets a wall leak

Mira Saba

ZWOF Calgary 2026 Canada Façade engineeringBuilding physicsGlassCanadaResilience

A fifth barrier: the enclosure as the last line against wildfire

Brian Hubbs

ZWOF Melbourne 2026 Australia Building physicsAustraliaStructural glassCondensationWaterproofing

A pool with a view: keeping water out, in, and off the glass

Brian Hubbs

ZWOF London 2025 United Kingdom Building physicsQuality controlUKAirtightnessMembranes

Airtightness is a small layer with a large consequence

Matthew Owen

ZWOF Tbilisi 25 Georgia GeorgiaBuilding physicsPerformance mock-upFaçade consultancyResponsibility

Mind the gap: carrying façade responsibility from design to site

Thomas Eschenbach