Brian Cantwell

Brian Cantwell

Stanford University

H-index: 46

North America-United States

About Brian Cantwell

Brian Cantwell, With an exceptional h-index of 46 and a recent h-index of 28 (since 2020), a distinguished researcher at Stanford University, specializes in the field of Fluid Mechanics, Propulsion, Turbulence, Combustion, Symmetry Analysis.

His recent articles reflect a diverse array of research interests and contributions to the field:

A pressure dependent universal velocity profile for wall-stress modeling

Laser Ignition, Flame Development and Combustion Within the Port of Standard Small-Scale Hybrid Rocket Motors

Application of the Universal Velocity Profile to rough-wall pipe flow

Correction: Application of a Boundary Layer Integral Method Based on the Universal Velocity Profile to Drag Prediction for Three-dimensional Wings

Application of a Boundary Layer Integral Method Based on the Universal Velocity Profile to Drag Prediction for Three-dimensional Wings

A new wall-stress model for large-eddy simulations

Laser Ignition of Hybrid Rocket Motors: Ignition Characterization and Ignition Mechanism Analysis

A new boundary layer integral method based on the universal velocity profile

Brian Cantwell Information

University

Position

Professor of Aeronautics and Astronautics

Citations(all)

13322

Citations(since 2020)

3799

Cited By

10738

hIndex(all)

46

hIndex(since 2020)

28

i10Index(all)

118

i10Index(since 2020)

60

Email

University Profile Page

Stanford University

Google Scholar

View Google Scholar Profile

Brian Cantwell Skills & Research Interests

Fluid Mechanics

Propulsion

Turbulence

Combustion

Symmetry Analysis

Top articles of Brian Cantwell

Title

Journal

Author(s)

Publication Date

A pressure dependent universal velocity profile for wall-stress modeling

Matthew Subrahmanyam

Zan Xu

Brian J Cantwell

Juan J Alonso

2024

Laser Ignition, Flame Development and Combustion Within the Port of Standard Small-Scale Hybrid Rocket Motors

Veronika Korneyeva

James M Wall

Brian J Cantwell

2024

Application of the Universal Velocity Profile to rough-wall pipe flow

Physics of Fluids

Eylul Bilgin

Brian J Cantwell

2023/5/1

Correction: Application of a Boundary Layer Integral Method Based on the Universal Velocity Profile to Drag Prediction for Three-dimensional Wings

Eylül Bilgin

Jacob T Needels

Brian Cantwell

2023

Application of a Boundary Layer Integral Method Based on the Universal Velocity Profile to Drag Prediction for Three-dimensional Wings

Eylül Bilgin

Jacob T Needels

Brian Cantwell

2023

A new wall-stress model for large-eddy simulations

Matthew Subrahmanyam

Zan Xu

Brian Cantwell

Juan J Alonso

2023

Laser Ignition of Hybrid Rocket Motors: Ignition Characterization and Ignition Mechanism Analysis

Veronika Korneyeva

David Dyrda

James Wall

Eylül Bilgin

Brian J Cantwell

2023

A new boundary layer integral method based on the universal velocity profile

Physics of Fluids

Brian J Cantwell

Eylul Bilgin

Jacob T Needels

2022/7/22

A universal velocity profile for turbulent wall flows including adverse pressure gradient boundary layers

Journal of Fluid Mechanics

Matthew A Subrahmanyam

Brian J Cantwell

Juan J Alonso

2022/2

Quantification of Scale Separation of Turbulent Wall Flows Using the Spectrum of Universal Velocity Profile

Eylul Bilgin

Brian J Cantwell

2022

A universal velocity profile for near-wall flows

Matthew Subrahmanyam

Brian J Cantwell

Juan J Alonso

2021

Integral measures of the zero pressure gradient boundary layer over the Reynolds number range≤ Rτ<∞

Physics of Fluids

Brian J Cantwell

2021/8/1

Experimental Studies of Flame Propagation in a Small-Scale Hybrid Rocket Motor Configuration

Veronika Korneyeva

David Dyrda

Brian Cantwell

2021

Experimental Studies of Flame Propagation on Planar Hybrid Fuel Samples in Opposed Flow

Veronika Korneyeva

David Dyrda

Alana Sanchez

James Wall

Brian Cantwell

2020

Diode laser ignition mechanism for hybrid propulsion systems

Journal of Propulsion and Power

David M Dyrda

Veronika Korneyeva

Brian J Cantwell

2020/11

Diode laser ignition of a poly (methyl methacrylate) and gaseous oxygen hybrid motor

Journal of Propulsion and Power

David M Dyrda

Flora S Mechentel

Brian J Cantwell

Ashley C Karp

Jason Rabinovitch

...

2020/9

Fuel Additives for Laser Ignition of Poly (methyl methacrylate) and Gaseous Oxygen Hybrid Motors

David Dyrda

Veronika Korneyeva

Brian Cantwell

2020

Optically resolved fuel regression of a clear polymethylmethacrylate hybrid rocket motor

Journal of Propulsion and Power

Flora S Mechentel

Blake R Hord

Brian J Cantwell

2020/9

Experimental visualization of hybrid combustion: results at elevated pressures

Journal of propulsion and power

Elizabeth T Jens

Ashley C Karp

Victor A Miller

G Scott Hubbard

Brian J Cantwell

2020/1

Hypergolic ignition of lithium–aluminum–hydride-doped paraffin wax and nitric acid

Journal of Propulsion and Power

Keith Javier Stober

Brian J Cantwell

Raja AL Otaibi

2020/5

See List of Professors in Brian Cantwell University(Stanford University)