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Condensation risk assessment
Thermal modelling of façade junctions to determine minimum internal surface temperatures and assess surface condensation risk.
Glavas Engineering
U-value calculations, condensation risk assessments and thermal-bridge calculations for façade and building-envelope projects.
2D and 3D thermal modelling for standard and complex junctions.
Discuss a projectServices
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Thermal modelling of façade junctions to determine minimum internal surface temperatures and assess surface condensation risk.
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U-value calculations for wall assemblies, façade systems and typical façade bays, including thermal-bridge effects where required.
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Psi (ψ)- and Chi (χ)-value calculations for building-envelope junctions, connections and façade components using 2D or 3D modelling as required.
Selected work
Project-scale assessment of façade junctions for internal surface temperature and condensation risk, typically covering 20–30+ details per project.
View condensation risk assessmentU-, Psi- and Chi-value assessment of a wall assembly using BuildDesk, Flixo and COMSOL.
View wall thermal assessmentFrame U-value and glass-to-frame Psi-value assessment, including transom analysis using the applicable ISO methodology.
View curtain wall assessment3D finite-element analysis of a complex façade connection to quantify its thermal-bridge performance.
View 3D thermal bridge analysis3D thermal analysis of a complex façade junction to determine minimum internal surface temperature and assess condensation risk.
View 3D condensation assessmentHow I work
Drawings, specifications, project requirements and the calculation required.
The appropriate calculation method and 2D or 3D thermal model are applied according to the project requirements.
Clear calculation outputs and technical documentation for use within the wider project.
Start a project
Send the relevant detail and required calculation.
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