Building Physics, Engineered.
Specialists in thermal modelling, thermal bridging and parametric simulations for the built environment, backed by in-house simulation automation.
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Thermal Modelling
Dynamic thermal simulation to predict energy demand and internal comfort.
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2D and 3D detail analysis to mitigate condensation risk and accurately calculate heat loss.
Learn Morearrow_outwardParametric Simulations
Iterative computational design to discover optimal geometry and material properties.
Learn Morearrow_outwardSimulation Automation
In-house automation for parametric thermal studies and consistent, repeatable reporting.
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How We Assess Surface Condensation & Mould Risk
A plain-English guide to our standalone surface-temperature assessment - proving that a risky junction stays warm enough to avoid condensation and mould, when a building control body, warranty provider or insurer asks for evidence.
How We Calculate 3D Thermal Bridges
A plain-English guide to our method for the junctions a flat section can't capture - balcony connections, structural penetrations and three-way corners - and the standards behind every figure we report.
Which Junctions Actually Move Your SAP Score - Our Junction-Impact Review
Not every junction is worth calculating. Before you commission anything, we rank your details by how much each one adds to the dwelling's heat loss, so you spend on the handful of junctions that move the SAP result - and leave the rest on conservative defaults.