Search Results - "Crookston, Brian M."

Hydraulic Performance of a Moderately Sloped Stepped Spillway with 45-Degree Beveled Steps.

Authors: KC, Megh R. Crookston, Brian M.

Source: Journal of Hydraulic Engineering. May2026, Vol. 152 Issue 3, p1-12. 12p.

Subjects: Spillways, Energy dissipation, Hydraulic engineering, Aerated water flow, Fluid dynamics, Earth dams

Effectiveness of Various Protection Works to Minimize Scour Downstream of a Piano Key Weir.

Authors: Panthi, Manisha Crookston, Brian M.

Source: Journal of Irrigation & Drainage Engineering. Jun2026, Vol. 152 Issue 3, p1-9. 9p.

Subjects: Hydraulic structures, Weirs, Floods, Sediments, Erosion

Capturing Free Surface Dynamics of Flows over a Stepped Spillway Using a Depth Camera.

Authors: K C, Megh Raj Crookston, Brian M. Bung, Daniel B.

Source: Sensors (14248220). Apr2025, Vol. 25 Issue 8, p2525. 20p.

From Floods to Social Risks: Human-Centered Design for Safer Water Infrastructure.

Authors: Crookston, Brian M. Valero, Daniel

Source: Water Resources Management. Jul2026, Vol. 40 Issue 9, p1-10. 10p.

Subject Terms: *Hydraulic structures, *Public safety, *User-centered system design, *Risk perception, *Environmental infrastructure, *Drowning, *Floods

Geographic Terms: United Kingdom, United States

Utilizing Deep Learning and Object-Based Image Analysis to Search for Low-Head Dams in Indiana, USA.

Authors: Crookston, Brian M. Arnold, Caitlin R.

Source: Water (20734441). Mar2025, Vol. 17 Issue 6, p876. 24p.

Measuring air–water flow properties of a stepped chute with beveled edges.

Authors: KC, Megh Raj Crookston, Brian M.

Source: Experiments in Fluids. Oct2025, Vol. 66 Issue 10, p1-15. 15p.

Subjects: Hydrodynamics, Fluid flow, Air flow, Channels (Hydraulic engineering), Flow measurement, Water aeration, Ultrasonic measurement

Non-cohesive sediment cleaning patterns and processes upstream of a Type A piano key weir for steady and unsteady flow conditions.

Authors: Panthi, Manisha Crookston, Brian M.

Source: Journal of Hydrology & Hydromechanics / Vodohospodarsky Casopis. Sep2025, Vol. 73 Issue 3, p310-321. 12p.

Self-Cleaning Ability of the Piano Key Weir with Driftwood Blockages.

Authors: Panthi, Manisha Crookston, Brian M.

Source: Journal of Hydraulic Engineering. Jul2024, Vol. 150 Issue 4, p1-13. 13p.

Subjects: Weirs, Piano, Sediment transport, Backwater, Spillways

Hydraulic structures engineering: An evolving science in a changing world.

Authors: Erpicum, Sebastien Crookston, Brian M. Bombardelli, Fabian et al.

Source: WIRES Water. Mar2021, Vol. 8 Issue 2, p1-11. 11p.

Floating Woody Debris: Blocking Sensitivity of Labyrinth Weirs in Channel and Reservoir Applications.

Authors: Vaughn, Taylor Crookston, Brian M. Pfister, Michael

Source: Journal of Hydraulic Engineering. Nov2021, Vol. 147 Issue 11, p1-8. 8p.

Subjects: Weirs, Debris avalanches, Coarse woody debris, Hydraulic models

Turbulent free-surface monitoring with an RGB-D sensor: the hydraulic jump case.

Authors: Bung, Daniel B. Crookston, Brian M. Valero, Daniel

Source: Journal of Hydraulic Research / Journal de Recherches Hydraulique. Oct2021, Vol. 59 Issue 5, p779-790. 12p.

Subjects: Intel Corp., Hydraulic jump, Open-channel flow, Spatial resolution, Turbulent flow, Turbulence, Turbulent boundary layer

Evolution of local scour downstream of Type A PK weir in non-cohesive sediments.

Authors: Lantz, Wyatt D. Crookston, Brian M. Palermo, Michele

Source: Journal of Hydrology & Hydromechanics / Vodohospodarsky Casopis. Mar2022, Vol. 70 Issue 1, p103-113. 11p.

Effects of a Labyrinth Weir with Outlet Ramps on Downstream Steep-Stepped Chute Sidewall Height Requirements.

Authors: Tullis, Blake P. Jorgensen, Tucker J. Crookston, Brian M.

Source: Journal of Irrigation & Drainage Engineering; Dec2021, Vol. 147 Issue 12, p1-9, 9p

Geometric Effects on Discharge Relationships for Labyrinth Weirs.

Authors: Tullis, Blake P. Crookston, Brian M. Brislin, Jillian et al.

Source: Journal of Hydraulic Engineering. Oct2020, Vol. 146 Issue 10, p1-10. 10p.

Subjects: Weirs, Pay for performance

Discussion of "Trapping Large Wood Debris in Rivers: Experimental Study of Novel Debris Retention System" by Diego Panici and Prakash Kripakaran.

Authors: Margetts, Kathryn Crookston, Brian M.

Source: Journal of Hydraulic Engineering. May2022, Vol. 148 Issue 5, p1-3. 3p.

Subjects: Wood, Coarse woody debris, Marine debris, Hydraulic structures, Life sciences, Hydraulic engineering, River channels

Hydraulic engineering of dams: by Willi H. Hager, Anton J. Schleiss, Robert M. Boes, and Michael Pfister, London, CRC Press, 2021, 1080 pp., £130 (US$170) (hardback), ISBN 978-0-415-62153-3, £130 (US$170) (eBook), ISBN 978-0-203-77143-3.

Authors: Crookston, Brian M. Erpicum, Sebastien

Source: Journal of Hydraulic Research / Journal de Recherches Hydraulique. Feb2022, Vol. 60 Issue 1, p184-186. 3p.

Subjects: Hydraulic engineering, Dams, Electronic books, Hydraulic structures, Dam failures, Fluid mechanics, Diversion structures

Energy Dissipation of Type a Piano Key Weirs.

Authors: Eslinger, Kam R. Crookston, Brian M.

Source: General Series, Utah Water Research Laboratory; 2020, p1-15, 15p

Physical and Numerical Modeling of Large Headwater Ratios for a 15° Labyrinth Spillway.

Authors: Savage, Bruce M. Crookston, Brian M. Paxson, Greg S.

Source: Journal of Hydraulic Engineering. Nov2016, Vol. 142 Issue 11, p040160461-040160467. 7p.

Subjects: Labyrinth weirs, Hydraulic engineering, Computational fluid dynamics, Energy dissipation, Water aeration

A Performance Comparison of Machine Learning Algorithms for Arced Labyrinth Spillways.

Authors: Salazar, Fernando Crookston, Brian M.

Source: General Series, Utah Water Research Laboratory; 2019, p1-17, 17p

Energy Dissipation of Type a Piano Key Weirs.

Authors: R. Eslinger, Kam Crookston, Brian M.

Source: Water (20734441). May2020, Vol. 12 Issue 5, p1253. 1p.