Next Generation of Clean Pipeline Technology for Energy Transport (T11-Q01)

Phase:	Theme
Theme:	Non-Electric Infrastructure (T11)
Status:	Active
Start Date:	2019-01-01
End Date:	2021-08-31

Alumni HQP

Verma, Suyash

Project Overview

This is a multi-university interdisciplinary project that aims at developing a new pipeline technology for transport of oil products at a lower cost and environmental footprint. An innovative pipeline flow manipulation technology is currently pursued to reduce pressure drop, and thus lower work requirements for energy transport, lower the wall friction, which reduces the corrosion and erosion of pipes, and increase mixing, which lowers the risk of slur formation and blockage in pipelines.

Outputs

Title	Category	Date	Authors
Benchmark Study of RANS Turbulence Modeling of Pipeflow Past Square Bar Roughness University of Alberta	Publication	2021-01-11	Shubham Goswami, Hemmati, A.
Performance of Overset Mesh in Modeling Generic Wakes for Underwater Swimming University of Alberta	Publication	2019-11-01	Verma, S., Hemmati, A.
Recovery of viscoelastic turbulent pipeflow past square bar roughness University of Alberta	Publication	2020-11-01	Shubham Goswami, Hemmati, A.
The Response of Modified Turbulent Pipe-Flow Targeting Distinct Fourier Modes at a Range of Reynolds Numbers. University of Alberta	Publication	2020-11-01	Mehran Masoumifar, Verma, S., Hemmati, A.
Unsteadiness in the wake of a long wall-mounted cylinder at high angles of incident	Publication	2020-09-01	Arash Zargar, Hemmati, A.
Characterization of the wake of large depth-ratio cylinders at low Reynolds numbers	Publication	2020-09-30	Arash Zargar
Implications of Reynolds number on recovery of turbulent pipeflow with targeted wall shapes	Publication	2021-05-05	Mehran Masoumifar
Response and recovery of turbulent pipeflow past square bar roughness elements	Publication	2020-09-30	Shubham Goswami
Climate Change, Technology and Policy TEDxUalberta University of Alberta	Activity	2020-07-08	Hemmati, A.
Evolution of turbulent pipe flow recovery over a square bar roughness element at a range of Reynolds numbers University of Alberta	Publication	2021-01-01	Shubham Goswami, Hemmati, A.
Non-Newtonian effects in pipeflow with square bar roughness at moderate Reynolds numbers University of Alberta	Publication	2020-01-01	Shubham Goswami, Hemmati, A.
Performance of Turbulence models in modeling pipe flow with small perturbations at a range of Reynolds numbers University of Alberta	Publication	2021-01-01	Mehran Masoumifar, Verma, S., Hemmati, A.
Performance of Turbulence Models in Simulating Wind Loads on Photovoltaics Modules University of Alberta	Publication	2019-08-01	Mireille Tadie, Hemmati, A., Carlos Lange, Brian Fleck
Response of turbulent pipe flow to targeted wall shapes at a range of Reynolds numbers University of Alberta	Publication	2021-06-02	Mehran Masoumifar, Verma, S., Hemmati, A.
Response of turbulent pipeflow to multiple square bar roughness elements at high Reynolds number University of Alberta	Publication	2020-07-01	Shubham Goswami, Hemmati, A.
Response of Viscoelastic Turbulent Pipeflow Past Square Bar Roughness: The Effect on Mean Flow University of Alberta	Publication	2021-07-01	Shubham Goswami, Hemmati, A.
The effect of depth-ratio on the wake of long-rectangular cylinders University of Alberta	Publication	2020-01-01	Arash Zargar, Tarokh A, Hemmati, A.
The effect of multiple square bar roughness in reducing drag in pipeflow at high Reynolds numbers University of Alberta	Publication	2020-01-01	Shubham Goswami, A J Smits, Hemmati, A.
The effect of single dielectric barrier discharge actuators in controlling flow over an Ahmed body	Publication	2020-12-15	S Karimi, Arash Zargar, Hemmati, A., "M Mani"
The recovery of turbulent pipeflow dynamics depend on the targeted wall geometries at high Reynolds number University of Alberta	Publication	2021-01-01	Mehran Masoumifar, Verma, S., Hemmati, A.
Wake dynamics and surface pressure variations on two-dimensional normal flat plates University of Alberta	Publication	2019-04-01	Hemmati, A., David H Wood, Robert J Martinuzzi

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Next Generation of Clean Pipeline Technology for Energy Transport (T11-Q01)

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Next Generation of Clean Pipeline Technology for Energy Transport (T11-Q01)

Alumni HQP

Project Overview

Outputs