David Glew

Has open position

Professor

Leeds Beckett University
Country flag
United Kingdom

Research Interests

Explore related searches

Contact this professor

LinkedInORCID
Google Scholar

Positions (1)

Publisher
source

Leeds Beckett University

Leeds Beckett University

Fully Funded PhD in Building Performance Evaluation and Sustainable, Resilient, Healthy Buildings at Leeds Beckett University

Leeds Beckett University is advertising a fully funded PhD studentship in the School of Built Environment, Engineering and Computing, focused on building performance evaluation and innovations for sustainable, resilient, and healthy buildings . The project, titled “Testing the Tests: Advancing understanding of performance evaluation and innovations for sustainable, resilient and healthy buildings” , is hosted by the Leeds Sustainability Institute (LSI) . It explores how buildings perform in practice, with emphasis on improving and expanding in-situ performance metrics such as the Heat Transfer Coefficient (HTC) . Research directions may include refinement and critical evaluation of co-heating tests, development of complementary or hybrid methodologies, synthetic data validation approaches, novel testing regimes such as co-cooling tests, and investigation of assumptions and limitations in current BPE standards and practices. The project also connects to major initiatives such as the UK SMETERs programme and IEA Annex 94. Students will benefit from access to world-leading research infrastructure, including a fully instrumented historic test building, two highly energy-efficient experimental test cells, and extensive datasets and calibrated building energy models. The work is interdisciplinary and may also consider social and behavioural dimensions of how building performance results are interpreted and used. Funding: Home (UK) fees plus a tax-free stipend of £21,805 per year for 36 months. Eligibility: Applicants should have a first or upper second-class honours degree in a relevant field such as Building Physics, Architectural Engineering, Civil or Mechanical Engineering, or Environmental/Energy Engineering. A relevant master’s degree is desirable but not essential. Strong analytical skills, interest in experimental methods/data analysis/modelling, and the ability to work independently and collaboratively are important. Deadline: 31 August 2026. Start date: 1 February 2027. How to apply: Use the university application portal, select the project, include the reference number, and upload the required documents including a research proposal, statement of purpose, certificates/transcripts, English language qualification, CV, and one academic reference.

New Today

Articles (1)

Party Wall Behaviour and Impact in QUB and Coheating Tests

In situ measurement can enable accurate evaluation of a building’s as-built performance. However, when measuring whole house performance, party walls introduce measurement uncertainty. Subsequently, it is common to “adjust” measurements to isolate heat transfer through party walls. This study explores the behaviour and impact of party walls in QUB and coheating measurements of a semi-detached house, presenting empirical evidence on the validity of these measurements where a party wall is present. Two different party wall heat transfer behaviours were observed through heat flux density measurements. Thermal charging is apparent in QUB tests and the initial stages of coheating. After 48 h of coheating, the party wall has become heat saturated and exhibits stable heat transfer. Consequently, using heat flux density measurements to isolate party wall heat transfer in QUB tests, where thermal saturation has not been achieved, can result in misleading inferences. The coheating and QUB measurements without party wall adjustment are in close agreement, irrespective of differing heating patterns in the neighbouring property. The generalisation of these findings is problematic since they describe the impact of the case study-specific built form and the test conditions. Future work to explore the impact of built form and test conditions is needed.

Year:

2023

Social connections

How do I reach out?

Sign in for free to see their profile details and contact information.

Meet Kite AI