Kenny Kwok

Professor of Engineering

University of Sydney

Australia

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About

Kenny Kwok is a Professor of Engineering at the University of Sydney, Australia. His research focuses on airflow dynamics and urban environments, particularly examining ventilation performance, pollutant distribution, and aerodynamic behavior of structures. His recent publications include studies on cross-ventilation, urban wind field prediction, and air pollution dispersion related to building design.

Articles (20)

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2024

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2020

Collaborators (2)

Kapil Chauhan

University of Sydney

AUSTRALIA

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Felix Nieto Mouronte

Associate Professor

Universidade da Coruña

SPAIN

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Kenny Kwok

Research Interests

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Articles (20)

Effects of internal wall design on cross-ventilation of an isolated building

Evaluating the effects of envelope features on the pollutant distribution and ventilation performance by CFD simulations and scaled outdoor experiments

Exploring aerodynamics of a rectangular cylinder using flow field and surface pressure synchronized testing technique

Onsite measurements of pedestrian-level wind and preliminary assessment of effects of turbulence characteristics on human body convective heat transfer

Urban wind field prediction based on sparse sensors and physics-informed graph-assisted auto-encoder

A simplified CFD approach for bluff-body aerodynamics under small scale free stream turbulent flow

An optimal sensor placement scheme for wind flow and pressure field monitoring

Wind energy system for buildings in an urban environment

Air pollutant dispersion around high-rise buildings due to roof emissions

An experimental Investigation of stagnant air pollution dispersion around a building in a turbulent flow

A computational study on the aerodynamics of a twin-box bridge with a focus on the spanwise features

LES analysis on the effects of baroclinic generation of vorticity on fire-wind enhancement

Numerical Analysis of the Effect of Fire Source Configuration on Fire-Wind Enhancement

CFD-based analysis of urban haze-fog dispersion—A preliminary study

Correlations for fire-wind enhancement flow characteristics based on LES simulations

Deep learning-based investigation of wind pressures on tall building under interference effects

Effect of pollutant source location on air pollutant dispersion around a high-rise building

Effects of envelope features on wind flow and pollutant exposure in street canyons

LES simulation of terrain slope effects on wind enhancement by a point source fire

Modelling unsteady self-excited wind force on slender prisms in a turbulent flow

Collaborators (2)

Kapil Chauhan

Felix Nieto Mouronte

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