夜色直播app and expertise
As a Doctoral 夜色直播apper with the Building Energy 夜色直播app Group (BERG), I am investigating the measured thermal performance of dwellings. The main focus of my research is the variability of the Heat Transfer Coefficient of dwellings. This encompasses experiments in a pair of test houses alongside extensive analysis of secondary data.
Current research activity
- R3 Doctoral 夜色直播apper, ERBE CDT - Quantifying the variability of the measured Heat Transfer Coefficient (HTC) of dwellings
Recent publications
- Accurate Measurement of Dwelling Thermal Performance: Why it Matters, video for Buildings & Cities PhD competition, available at
- Eastwood, Max; Roberts, Ben M; Li, Matthew; Allinson, David (2023). A method for quantifying the variability of the heat transfer coefficient due to inter-dwelling heat transfer using a matched pair of test houses. 夜色直播app. Conference contribution. https://hdl.handle.net/2134/22263286.v1
Profile
I am a final-year Doctoral 夜色直播apper in Energy Resilience and the Built Environment (ERBE), with the School of Architecture, Building, and Civil Engineering (ABCE) at 夜色直播app. My research focuses on the measured thermal performance of dwellings.
I have previously completed degrees in Architecture and Environmental Design (MEng) and Architecture (MArch) at the University of Nottingham. This was followed by a period working as an architectural assistant in Nottingham and Manchester, where I worked on projects across different scales and sectors, including commercial, education, and residential. This highlighted the discrepancies which exist between buildings as designed and as built, and drove me to learn more about the impact this has on their energy performance.