Building Physics nerds - can anyone point me to the fundamental research that underpins the surface thermal resistance used in U-value, thermal bridge and moisture risk calcs/simulations please? Wondering where that magic 0.13 comes from, and when it might be wrong.
When the design was shown I called Heatherwick’s building on the High Line “an exercise in designing a window to maximize heat loss and air leakage.” The reality is worse. https://t.co/UylJbtr5em
"I’m closer to a Jamaican born brickie than I am Jacob Rees-Mogg. I've got more in common with a Polish hotel maid than I do with Nigel Farage.”
This is one of the best arguments against the poison of divide and rule you will ever watch.
Driving your own vehicle or hiring one in the EU? From 29 March you will need new documentation. Check the new requirements: https://t.co/GiBkOoa4tP #PrepareforEUExit#Brexit
😎 video of section through a #strawbale in BaleHaus at Bath wall. Outside left, inside right. Temp varies from 10° to 30°C. It shows the thermal lag that provides the amazingly stable internal temp. External heat & cooling loads have no affect on internal surface. #energy
Photographs portray the quiet before the storm, just a few hours before the beginning of the fourth Saturday of consecutive riots on 8 December #Paris#GiletsJaunes https://t.co/7SXzuzAv1w
Request:
Does anyone have any reliable generic capital/running cost comparison figures for the main technologies that qualify for the Renewable Heat Incentive (large domestic)?