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Welcome to USIR

Welcome to the University of Salford repository (USIR), an Open Access showcase for the published research output of the university. Our collection contains a wide range of research across multiple formats and subject areas.

Whenever possible, outputs will be made openly available here in full digital format for download, with many under a Creative Commons license. See our Policies for further information https://salford-repository.worktribe.com/policies.



Latest Additions

Energy House 2.0, the design, construction, and commissioning process of a housing testing facility (2025)
Presentation / Conference Contribution

The global issue of climate change is now readily accepted by most. Buildings contribute 40% of EU emissions, so the need to address mitigation is clear, but changing climate also creates a need for adaptation in buildings. Modelling is an accepted w... Read More about Energy House 2.0, the design, construction, and commissioning process of a housing testing facility.

Comparisons between the UK Standard Assessment Procedure (SAP) and Home Energy Model (HEM) for a zero-carbon ready home (2025)
Presentation / Conference Contribution

The decarbonisation of the building sector, a significant sources of carbon emissions, is critical for achieving the UK's net-zero ambitions. To improve the accuracy of residential energy assessments, alongside the anticipated Future Homes Standard (... Read More about Comparisons between the UK Standard Assessment Procedure (SAP) and Home Energy Model (HEM) for a zero-carbon ready home.

Level of Physiological Thermal Adaptation as a Predictor of Climate-Specific Thermal Comfort Acceptability Range, with a Focus on Hot and Dry Bioclimate (2025)
Presentation / Conference Contribution

A few researchers have pointed out the need to look at thermal adaptation as a predictor of thermal comfort, in addition to physiology, behaviour, and cultural comfort psychology. Thermal history and memory of thermal experiences lead to expectation... Read More about Level of Physiological Thermal Adaptation as a Predictor of Climate-Specific Thermal Comfort Acceptability Range, with a Focus on Hot and Dry Bioclimate.