Sentence examples for overheating risk from inspiring English sources

This makes the assessment of overheating risk a critical exercise.

Overheating risk was found to increase significantly with heat-related mortality tripling by the 2050s.

To this end several overheating risk criteria have recently been published.

But a major advantage of the indirect system consists in significantly reduced overheating risk in winter and summer.

Although external factors, such as urban morphology and greening, may influence the spatio-temporal variation of overheating risk, the individual building characteristics are also likely to be important.

The use of geothermal energy and phase change materials (PCMs) in the construction systems are an opportunity that may attenuate indoor air temperature fluctuation as well as overheating risk.

Additional measures should be taken to avoid overheating risks and decrease humidity levels.

The Low Carbon Futures project is developing a tool that uses UKCP09 climate projections input to predict dwelling overheating risks.

However, current industry standard weather files for building simulation are not suited to the assessment of the potential impacts of a changing climate, in particular summer overheating risks.

Using Pleiades+Comfie Software, building designs have been studied to understand the best way to mitigate overheating risks due to the low heat capacity of straw.

This paper sets out to investigate whether Passivhaus dwellings will be able to provide high standards of thermal comfort in the future or whether they are inherently vulnerable to overheating risks.