Deng Jie

Deng Jie is a researcher with a strong publication record in the fields of building science, urban climate, and renewable energy systems. Her work focuses on the thermal and radiative performance of urban trees, solar energy technologies, and building energy efficiency. She has contributed to high-impact journals such as Remote Sensing of Environment, Building and Environment, and Solar Energy, often in collaboration with researchers from UK institutions.

Her research interests include:

• Urban tree radiative performance and microclimate regulation
• Solar thermal collector efficiency and measurement methods
• Building thermal dynamics and energy demand modeling
• Climate resilience in residential buildings
• Urban heat island mitigation through green infrastructure

The analysis of her recent publications reveals a consistent focus on experimental and modeling approaches to energy and environmental challenges in urban and building contexts. She frequently employs in-situ spectroscopy, radiometry, and state-space modeling to evaluate performance and optimize systems. Her work bridges environmental science and engineering, with practical implications for sustainable urban design and energy systems.

Scientific contributions and collaborations include:

• Development of methodologies for measuring solar collector performance
• Characterization of infrared radiative properties of urban trees
• Evaluation of thermal mass in building envelopes
• Assessment of overheating risks under climate change
• Analysis of large-scale solar district heating systems

Deng Jie has collaborated with researchers across the UK and internationally, particularly in studies involving urban environments and renewable energy integration. While no formal advising or grant information is available, her consistent publication output suggests active engagement in research projects and academic collaboration.