Hubert Chanson

Hubert Chanson is a Professor of Civil Engineering at the University of Queensland, where he has been a faculty member since 1990. He leads a research group of 5-10 researchers focused on environmental fluid mechanics and hydraulic engineering, utilizing physical experiments, numerical simulations, and field investigations. His work primarily addresses flows around hydraulic structures, two-phase (air-water/solid-liquid) interactions, and turbulence in open channels.

His research spans environmental fluid mechanics, hydraulic engineering, coastal dynamics, and eco-hydraulics, with emphasis on practical applications like dam spillways, fish passage systems, and flood management infrastructure. Recent studies integrate advanced measurement techniques (e.g., acoustic Doppler velocimetry) with theoretical modeling to resolve complex free-surface flow phenomena.

Chanson's publications show strong trends in air-water flow mechanics (e.g., stepped spillways, hydraulic jumps), fish passage optimization (e.g., culvert baffles, spillway designs), and transient flow analysis (e.g., tidal bores, surges). His work bridges fundamental fluid dynamics and engineering solutions, often validated through large-scale prototypes.

He serves as Senior Editor for Environmental Fluid Mechanics and has chaired major conferences including the 2011 IAHR World Congress. His research group actively collaborates on field deployments and laboratory experiments, advancing sustainable hydraulic infrastructure design.