Adam O' Donovan
Adam O' Donovan
Postdoctoral Researcher, MeSSO Research Group, Cork Institute of Technology
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A field study of thermal comfort performance for a slotted louvre ventilation system in a low energy retrofit
A O’Donovan, PD O’sullivan, MD Murphy
Energy and Buildings 135, 312-323, 2017
142017
Predicting air temperatures in a naturally ventilated nearly zero energy building: Calibration, validation, analysis and approaches
A O'Donovan, PD O'Sullivan, MD Murphy
Applied Energy 250, 991-1010, 2019
42019
Design and performance of ventilative cooling: a review of principals, strategies and components from International case studies
P D O’Sullivan, A O’Donovan, G Zhang, G Carrilho
32017
A long term parameter dataset for calibration of low energy building retrofit models for education and research
A O’Donovan, PD O’Sullivan, MD Murphy
Proceedings of the Passive Low Energy Architecture Conference, 2017
22017
A decision support system for energy use on dairy farms
P Shine, M Breen, J Upton, A O’Donovan, MD Murphy
Proceedings of the 9th European Conference on Precision Livestock Farming …, 2019
12019
A virtual laboratory for the simulation of sustainable energy systems in low energy buildings: A case study
M Breen, A O’Donovan, MD Murphy, F Delaney, M Hill, PD O’Sullivan
Proceedings of the International Conference on Advances in Renewable Energy …, 2016
12016
Single-sided ventilative cooling performance in a low energy retrofit
PD O’Sullivan, A O’Donovan, MD Murphy, M Kolokotroni
REHVA Eur. HVAC J 1, 26-30, 2016
12016
A decision support and optimization platform for energy technology investments on dairy farms
P Shine, M Breen, J Upton, A O’Donovan, MD Murphy
2019 ASABE Annual International Meeting, 1, 2019
2019
A field study on the thermal comfort performance of a ventilative cooling system in a retrofitted low energy building
A O' Donovan, PD O' Sullivan, MD Murphy
CLIMA 2016 - proceedings of the 12th REHVA World Congress 5, 2016
2016
The influence of thermal mass on the predicted climate cooling potential in low energy buildings
PD O’Sullivan, A O’Donovan, MD Murphy
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