A comprehensive review of the bio-corrosion mechanisms, hydrodynamics and antifouling measures on marine concrete
X Chen, C Yu, L Wang, B Yu - Ocean Engineering, 2024 - Elsevier
Concrete is an essential material for the construction of marine infrastructures. During its
service life, concrete can be corroded by fouling organisms besides corrosion due to …
service life, concrete can be corroded by fouling organisms besides corrosion due to …
[HTML][HTML] Estimating velocity distribution and flood discharge at river bridges using entropy theory–insights from computational fluid dynamics flow fields
Estimating the flow velocity and discharge in rivers is of particular interest for monitoring,
modeling, and research purposes. Instruments for measuring water level and surface …
modeling, and research purposes. Instruments for measuring water level and surface …
Fully developed open channel flow over clusters of freshwater mussels partially buried in a gravel bed
The present study uses results of eddy‐resolving numerical simulations to investigate the
open channel flow over large clusters of freshwater mussels (Unio elongatulus) partially …
open channel flow over large clusters of freshwater mussels (Unio elongatulus) partially …
Supercritical flow overpassing forward-or backward-facing steps non-orthogonal to the flow direction
The work proposes and discusses a theoretical approach to predict the behavior of an open-
channel supercritical flow that overpasses a step, either forward or backward facing, non …
channel supercritical flow that overpasses a step, either forward or backward facing, non …
Roughness and energy losses induced by mussel growth on the walls of hydraulic structures and application to a water transfer project
J Zhang, M Xu, B Huber, M Grünzner… - Water Resources …, 2025 - Wiley Online Library
Mussel biofouling increases energy losses in hydraulic structures. The first contribution of
this paper is the quantification of the mussel‐induced equivalent sand roughness ks as …
this paper is the quantification of the mussel‐induced equivalent sand roughness ks as …
Enhanced removal of river‐borne nitrate in bioturbated hyporheic zone
The influence of bioturbation induced by bottom‐dwelling macrozoobenthos on nitrogen
dynamics in lotic stream sediments remains unclear. In this work, we advance the …
dynamics in lotic stream sediments remains unclear. In this work, we advance the …
Large eddy simulation of power-law fluid dam break wave impacting against a vertical wall
The study investigates the evolution of a dam break wave of a mixture of clay and water in
turbulent flow conditions and its interaction with a vertical rigid wall. The phenomenon …
turbulent flow conditions and its interaction with a vertical rigid wall. The phenomenon …
Abundance of five sympatric stream dwelling mussels varies with physical habitat
AJ Skorupa, AH Roy, PD Hazelton… - Aquatic …, 2024 - Wiley Online Library
Freshwater mussel species regularly co‐occur in streams forming assemblages, but the
extent of shared versus unique instream habitat features that contribute to their distribution …
extent of shared versus unique instream habitat features that contribute to their distribution …
Estimating flood discharge at river bridges using the entropy theory. Insights from Computational Fluid Dynamics flow fields
Estimating the flow velocity and discharge in rivers is of particular interest for monitoring,
modelling, and research purposes. Instruments for measuring water level and surface …
modelling, and research purposes. Instruments for measuring water level and surface …
Advanced Hydrodynamic Modelling of Flow at a River Bridge: Insights from 3D Computational Fluid Dynamics
Failure of river bridges is often due to hydraulic reasons, such as the development of severe
scouring around piers and abutments. In many cases, the presence of bridge structures …
scouring around piers and abutments. In many cases, the presence of bridge structures …