At the CSU Hydraulics Laboratory, we explore the fundamental physics of fluid motion to enhance our understanding and ability to predict the transport of pollutants, energy, and various substances in both natural and engineered systems. Our research integrates laboratory experiments, field observations, and advanced numerical modeling to investigate turbulence, shear layers, secondary currents, flow structures around boundaries, and the interactions between water, sediment, and living organisms, such as vegetation. These studies provide a solid foundation for improving hydraulic modeling, predicting sediment transport, and applying ecohydraulic principles.
We focus on developing process-based insights that aid in the design and management of resilient water infrastructure. Our research addresses various topics, including flow resistance in vegetated channels, entrainment thresholds for sediment and natural particles, and three-dimensional turbulence in compound channels. Our goal is to advance the science of fluid mechanics in ways that directly address real-world water challenges.
