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Bryan Karney

Professor

University of Toronto

Canada

Research Interests

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Professors in Canada Professors in Fluid Mechanics Fluid Mechanics professors in Canada

About

Professor Bryan Karney is a faculty member at the University of Toronto in Canada. His research focuses on the optimization of water distribution systems, with recent work highlighting the significance of creep behavior in pipe sizing and the incorporation of non-climate externalities in grid decarbonization strategies. Additionally, he explores circular economy strategies in urban infrastructure management and the performance of numerical solutions in fluid dynamics.

Articles (21)

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Collaborators (7)

Caterina Capponi

University of Perugia

ITALY

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I. Daniel Posen

Associate Professor

University of Toronto

CANADA

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Alireza Keramat

ARC Grant-Funded Researcher B

University of South Australia

AUSTRALIA

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Bruno Brunone

Professor

University of Perugia

ITALY

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Shoshanna Saxe

Associate Professor

University of Toronto

CANADA

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Silvia Meniconi

Full Professor

Università degli Studi di Napoli Federico II

ITALY

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Mohsen Besharat

Associate Professor

University of Leeds

UNITED KINGDOM

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Bryan Karney

Research Interests

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About

Articles (21)

Significance of Creep Behavior of the Pipe Wall on Optimal Sizing of an Air Chamber in Long-Distance Viscoelastic Pipes

Experimental Investigation of Pressure Reducing Valves Under Transient Conditions: A Laboratory Study

Additional Municipal Fire Flow Does Little to Improve Fire Mortality Rate

Incorporating non-climate externalities receiving public attention in the optimisation of grid decarbonisation: the case of Ontario

Circular economy strategies in cities as a value‐driven approach to infrastructure management

Automatic flow control of water distribution systems

Top Ten Reasons to Use 100 mm Diameter Pipes in North America

Roles of Value in the Evaluation and Modeling of Decision Strategies for Pipe Maintenance in Water Distribution Networks

A Comprehensive Numerical Overview of the Performance of Godunov Solutions Using Roe and Rusanov Schemes Applied to Dam-Break Flow

Whole value at risk for flood damage estimates through spatial data analysis

Improved Air Valve Selection through Better Device Characterization and Modeling

Contribution of Air Management to the Energy Efficiency of Water Pipelines

Exploring the Sensitivity of the Transient Response following Power Failure to Air Valve and Pipeline Characteristics

Port-Hamiltonian based control of water distribution networks

Flood Prediction with Two-Dimensional Shallow Water Equations: A Case Study of Tongo-Bassa Watershed in Cameroon

The Crucial Importance of Air Valve Characterization to the Transient Response of Pipeline Systems

Concerning Dynamic Effects in Pipe Systems with Two-Phase Flows: Pressure Surges, Cavitation, and Ventilation

Analytical Implementation and Prediction of Hydraulic Characteristics for a Francis Turbine Runner Operated at BEP

Performance Similarity between Different-Sized Air Exchange Valves

The concept of value in sustainable infrastructure systems: a literature review

Godunov-Type Solutions for Transient Pipe Flow Implicitly Incorporating Brunone Unsteady Friction

Collaborators (7)

Caterina Capponi

I. Daniel Posen

Alireza Keramat

Bruno Brunone

Shoshanna Saxe

Silvia Meniconi

Mohsen Besharat

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