AI-uWRF: A Physics-Informed Spatiotemporal Diffusion Transformer for High-Resolution Urban Weather Emulation

An Inductive Spatio-Temporal Graph Network for Fine-Resolution Urban Weather Nowcasting Integrating Multi-Source Data and Physical Constraints

Chained Nowcasting of High Spatiotemporal Resolution Urban Rainfall and Inundation Risk Using Deep Learning

Modeling the Impact of Vegetation Dynamics on Urban Microclimate and Building Energy Demand

High Spatiotemporal Mapping of Urban Evapotranspiration via a Hybrid Physics-Based and Machine Learning Framework

Development of a Street-Level Human Thermal Stress Prediction and Warning System in Hong Kong

Fine-Resolution Mapping of Street Microclimate and Pedestrian-Level Heat Stress in City Neighbourhoods with Blue Spaces during Heatwave Periods: A Case Study in Shanghai, China

The synergistic effect of urban heat and moisture islands in a compact high-rise city: mechanisms and mitigation strategies (second-place award for outstanding poster presentation)

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Urban climate–human coupling system: model development and case study

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Sustainable environmental adaptation strategies towards smart and healthy cities (Invited talk)

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Simulation of indoor-outdoor exchanges of heat and pollutants for a naturally ventilated office building in London

Investigating the impact of building design on indoor thermal comfort and building energy consumption for a high-rise apartment in Hangzhou China by coupling of EnergyPlus and CFD model (Invited talk)

Urban land-atmospheric coupling system: Model development and applications

Quantifying the boundary-layer dynamics of carbon dioxide from a built environment using a coupled urban land-atmospheric model