All Outputs (3)

A Multi-Objective Design Optimization of a New Build Future Home Standard House in Controlled Conditions (2025)
Journal Article
Tsang, C., Jankovic, L., Fitton, R., & Henshaw, G. (in press). A Multi-Objective Design Optimization of a New Build Future Home Standard House in Controlled Conditions. Sustainability, 17(2), https://doi.org/10.3390/su17020724

This paper aims to determine the optimal construction strategies for new-build houses in the UK to minimize heating energy demand and discomfort hours. This research utilizes a previously calibrated model of “The Future Home” in Energy House 2.0’s en... Read More about A Multi-Objective Design Optimization of a New Build Future Home Standard House in Controlled Conditions.

A Multi-Objective Design Optimization of a New-Build Future Homes Standard House in Controlled Conditions (2025)
Journal Article

This paper aims to determine the optimal construction strategies for new-build houses in the UK to minimize heating energy demand and discomfort hours. This research utilizes a previously calibrated model of “The Future Home” in Energy House 2.0’s en... Read More about A Multi-Objective Design Optimization of a New-Build Future Homes Standard House in Controlled Conditions.

Experimental and computational assessment of an energy-saving innovation in a customised testing cabin (2024)
Journal Article
Henshaw, G., Deyranlou, A., Rimmer, K., Paula Diaz Hernandez, H., Fitton, R., & Keshmiri, A. (2024). Experimental and computational assessment of an energy-saving innovation in a customised testing cabin. Energy and Buildings, 323, Article 114794. https://doi.org/10.1016/j.enbuild.2024.114794

The aim of this paper is to assess the performance of an energy-saving device, called ‘Thermocill’ in a customised test cabin, located in a controlled environment. With the UK domestic energy sector responsible for nearly 27 % of the total energy mix... Read More about Experimental and computational assessment of an energy-saving innovation in a customised testing cabin.