Dr David Allinson BEng(Hons) MSc(Eng) PhD PGCAP FHEA
Senior Lecturer in Building Physics: Measurement and Modelling
Admissions Tutor for Low Energy Building Services Engineering (MSc)
David Allinson is a Lecturer in Building Physics: measurement and modelling at Loughborough University. He is a mechanical engineering graduate with a background in large scale experimental research and testing in the Private, Government and University sectors before embarking on his building physics PhD at The University of Nottingham in 2003. David is particularly interested in the energy, thermal and moisture performance of houses, and the challenge of refurbishing our current housing stock to meet the requirements of the future.
Fellow of the Higher Education Academy
Outline of main research interests:
- Building physics and especially heat transfer and moisture transport.
- Experimental thermal and moisture characterisation of buildings and building materials.
- Building energy and hygrothermal modelling with sensitivity and uncertainty analysis.
- Measurement of energy use in buildings.
- GIS mapping, databases and secondary data sources for modelling energy use in houses.
- Refurbishing the UKs housing stock to meet the needs of the future.
Grants and contracts:
Methods and Metrics for Moisture Risk Assessment- Solid Wall Insulation (MRA-SWI), EPSRC
- Principal Investigator: modelling and measuring the hygrothermal risk of solid wall insulation.
DEFACTO - Digital Energy Feedback and Control Optimisation, EPSRC
- Co-investigator: large scale field trial to understand the energy saving potential of domestic heating controls that enable different temperature and time settings in every room of the house.
SCENe- Sustainable Community Energy Networks, Innovate UK
- Co-investigator: modelling community scale heat and power networks.
Test facility for hygrothermal performance of building materials, DECC
- Principal Investigator: a laboratory facility for the accurate measurement of heat and moisture transfer (hygrothermal performance) through, and within full-scale, multi-component wall assemblies under realistic, carefully controlled, dynamic boundary conditions.
Characterisation of matched pair test houses, Mitsubishi Electric
- Consultant: airtightness, infrared thermography and heat loss assessment.
Data sources and tools, Kingfisher Future Homes
- Consultant: identification and use of secondary data to inform the targetting of energy efficiency products and services for houses.
Verification and validation of the ETI-TE model using the 4M housing database, ETI
- Consultant: model/measurement comparisons along with differential sensitivity and Monte Carlo uncertainty analysis techniques.
NHBC Foundation co-heating project, BRE
- Co-investigator: co-heating testing of a test house at the BRE Garston site by a number of organisations to investigate the sensitivity of variations in test methodology.
DS4DS- Disaggregated Scenarios for Demand Studies, UK Energy Research Centre
- Researcher co-investigator: mapping spatially disaggregated energy demand scenarios across the UK from the present day to 2050.
4M: An evidence based methodology for understanding and shrinking the urban carbon footprint, EPSRC
- Researcher: Measuring, Modelling, Mapping and Managing domestic energy use in the city of Leicester.
Investigating the use and optimisation of rammed earth materials for building integrated passive air conditioning, EPSRC
- Post-doctoral researcher: quantifying the hygrothermal behaviour of porous building materials.
Evaluation of aerial thermography to discriminate loft insulation in residential housing, EPSRC with Nottingham Energy Partnership
- PhD candidate: using mathematical modellling with uncertainty analysis to demonstrate the limitations of aerial thermography data (http://eprints.nottingham.ac.uk/10284/)
Undergraduate and postgraduate teaching
CVA007- Integrated Sustainable Building Design: responsible examiner.
CVP315- Energy Systems and Models: responsible examiner.
CVA058- Building Science: lectures on moisture in buildings, heat transfer and building performance.
CVP301- Thermodynamics, Heat Transfer and Fluid Flow: laboratory practical; lectures on heat transfer.
CVP303- Building Energy Consumption: workshop "SAP 2012".
CVP316- Energy measurement and Interpretation: lecture "Secondary data and energy demand"; measurement and coursework tutorials.
CVP311- Advanced airflow modelling: workshop "Airtightness testing".
CVP351- Research Development and Dissemination: lecture "Designing and managing an energy performance field study"; MATLAB training.
CVP319- Research Methods: lectures "Designing and managing an energy performance field study" and "Secondary data and energy demand"; MATLAB training.
Current PhD students
Karl Sample Refurbishing the UK housing stock
Ben Roberts An investigation into the effect of occupant ventilation behaviour on overheating in summer
Roel Tersteeg Risks and uncertainties associated with wind driven rain on solid-wall dwellings
Kostas Chasapis Modelling of integrated community energy systems
Matt Li In-Use building thermal performance of UK homes
Dan Wright Energy use and zonal controls in homes
Completed PhD students
Dr Ali Badiei (2018) A reduced data dynamic energy model of the UK houses
Dr Kate Simpson (2017) Energy efficiency refurbishment in UK owner-occupied homes: The householders' perspective
Dr Ashley Morton (2017) Heating use in UK homes
Dr Louis Fifield (2017) Monitoring UK hospital building type performance
Dr Richard Jack (2015) Building diagnostics: practical measurement of the fabric thermal performance of houses
Dr Jonathan Morris (2013) Benchmarking domestic gas and electricity consumption to aid local authority carbon reduction policy
- Measuring and mitigating overheating risk in solid wall dwellings retrofitted with solid wall insulation
- First evidence for the reliability of building co-heating tests
- Measurement and analysis of household carbon: The case of a UK city
- Measuring the potential of zonal space heating controls to reduce energy use in UK homes: The case of un-furbished 1930s dwellings
- Humidity buffering using stabilised rammed earth materials
- University of Nottingham
- University of Bath
- University College London
- Field examiner for MSc in Facade Engineering at University of Western England, Bristol
- European Committee for Standardization technical body: CEN/TC89 Working Group 13 "Thermal performance of buildings and building components"
- CIBSE Technical Symposium
- Applied Energy
- Building Research & Information
- Building and Environment
- Energy and Buildings
- Building Services Engineering Research and Technology
- Construction and Building Materials
- IEEE Transactions on Geoscience and Remote Sensing
- Journal of Materials in Civil Engineering
- Indoor and Built Environment
- ISPRS International Journal of Geo-Information
- Journal of Building Engineering
- International Journal of Thermal Sciences
- Smart and Sustainable Built Environment
- Journal of Building Performance Simulation
- Geosciences; Energies
- Applied Sciences
- DECC's UK Housing Energy Fact File