Dr Mark Wilson

Dr Mark Wilson

University of Leeds

H-index: 27

Europe-United Kingdom

About Dr Mark Wilson

Dr Mark Wilson, With an exceptional h-index of 27 and a recent h-index of 22 (since 2020), a distinguished researcher at University of Leeds, specializes in the field of Fluid mechanics, Tribology, Oil & Gas, Macular holes.

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

Mixing dynamics between inkjet-printed droplets

An open-source anisotropic k− ε− v 2− f model for turbulent viscoelastic duct flows

Loss of Exponential Mixing in a Non-Monotonic Toral Map

Enhancing and visualising mixing between impacting droplets

Discontinuous dewetting dynamics of highly viscous droplets on chemically heterogeneous substrates

A comparative study for selecting and using simulation methods of Gaussian random surfaces

Polymer-induced drag reduction in dilute Newtonian and semi-dilute non-Newtonian fluids: An assessment of the double-gap concentric cylinder method

Understanding the mechanism of load-carrying capacity between parallel rough surfaces through a deterministic mixed lubrication model

Dr Mark Wilson Information

University

Position

Associate Professor School of Mechanical Engineering

Citations(all)

2684

Citations(since 2020)

1502

Cited By

1796

hIndex(all)

27

hIndex(since 2020)

22

i10Index(all)

52

i10Index(since 2020)

34

Email

University Profile Page

University of Leeds

Google Scholar

View Google Scholar Profile

Dr Mark Wilson Skills & Research Interests

Fluid mechanics

Tribology

Oil & Gas

Macular holes

Top articles of Dr Mark Wilson

Title

Journal

Author(s)

Publication Date

Mixing dynamics between inkjet-printed droplets

Bulletin of the American Physical Society

Yatin Darbar

Thomas Sykes

David Harbottle

Harvey Thompson

Mark CT Wilson

2023/11/19

An open-source anisotropic k− ε− v 2− f model for turbulent viscoelastic duct flows

Physics of Fluids

M McDermott

TAE Riou

PR Resende

MCT Wilson

AM Afonso

...

2023/9/1

Loss of Exponential Mixing in a Non-Monotonic Toral Map

arXiv preprint arXiv:2303.08515

Joe Myers Hill

Rob Sturman

Mark CT Wilson

2023/3/15

Enhancing and visualising mixing between impacting droplets

APS March Meeting Abstracts

Thomas Sykes

Yatin Darbar

Nonu Varghese

Mark Ct Wilson

Jose Rafael Castrejon-Pita

...

2023

Discontinuous dewetting dynamics of highly viscous droplets on chemically heterogeneous substrates

Journal of Colloid and Interface Science

Jiatong Jiang

Frankie Jackson

Suparit Tangparitkul

Mark CT Wilson

David Harbottle

2023/1/1

A comparative study for selecting and using simulation methods of Gaussian random surfaces

Tribology International

Yuechang Wang

Abdullah Azam

Mark CT Wilson

Anne Neville

Ardian Morina

2022/2/1

Polymer-induced drag reduction in dilute Newtonian and semi-dilute non-Newtonian fluids: An assessment of the double-gap concentric cylinder method

Industrial & Engineering Chemistry Research

Stefanos Michaelides

Kotaybah W Hashlamoun

Thibaut Charpentier

Gregory de Boer

Paul Hunt

...

2022/7/20

Understanding the mechanism of load-carrying capacity between parallel rough surfaces through a deterministic mixed lubrication model

Lubricants

Yuechang Wang

Abdullah Azam

Gaolong Zhang

Abdel Dorgham

Ying Liu

...

2022/1/16

A Family of Non-Monotonic Toral Mixing Maps

Journal of Nonlinear Science

J Myers Hill

Rob Sturman

MCT Wilson

2022/6

Exponential mixing by orthogonal non-monotonic shears

Physica D: Nonlinear Phenomena

J Myers Hill

Rob Sturman

Mark CT Wilson

2022/6/1

An efficient procedure to predict the dynamic loads for piston liner systems in marine engines

International Journal of Engine Research

Lyu Xiuyi

Abdullah Azam

Wang Yuechang

Lu Xiqun

Li Tongyang

...

2022/4

Heat transfer characteristics of conventional fluids and nanofluids in micro-channels with vortex generators: a review

Mushtaq T Al-Asadi

Hussein A Mohammed

Mark CT Wilson

2022/2/8

Towards optimum additive performance: A numerical study to understand the influence of roughness parameters on the zinc dialkyldithiophosphates tribofilm growth

Lubrication Science

Yuechang Wang

Abdel Dorgham

Ying Liu

Chun Wang

Ali Ghanbarzadeh

...

2021/1

Morphologies and dynamics of micro-droplet impact onto an idealised scratch

Journal of Fluid Mechanics 925

Khaled HA Al-Ghaithi

Oliver G Harlen

Nikil Kapur

Mark CT Wilson

2020/7/3

An assessment of quantitative predictions of deterministic mixed lubrication solvers

Journal of Tribology

Yuechang Wang

Abdel Dorgham

Ying Liu

Chun Wang

Mark CT Wilson

...

2021/1/1

An improved k-ω turbulence model for FENE-P fluids without friction velocity dependence

International Journal of Heat and Fluid Flow

M McDermott

PR Resende

MCT Wilson

AM Afonso

D Harbottle

...

2021/8/1

Computational fluid dynamics analysis and optimisation of polymerase chain reaction thermal flow systems

Applied Thermal Engineering

Hazim S Hamad

Nik Kapur

Zinedine Khatir

OM Querin

Harvey M Thompson

...

2021/1/25

A Continuous Family of Non-Monotonic Toral Mixing Maps

arXiv preprint arXiv:2112.07346

Joe Myers Hill

Rob Sturman

Mark CT Wilson

2021/12/14

Microdroplet impact onto a commensurate topographical Features

APS Division of Fluid Dynamics Meeting Abstracts

Khaled Al-Ghaithi

Karrar Al-Dirawi

Oliver Harlen

Nikil Kapur

Mark Ct Wilson

2021

Low-Dimensional Manifolds Underpin the Atomic Structure of Glassy Materials.

Thomas Hardin

Mark Wilson

Michael Shields

2021/12/1

See List of Professors in Dr Mark Wilson University(University of Leeds)

Co-Authors

H-index: 80
Prof. I.M. Hutchings

Prof. I.M. Hutchings

University of Cambridge

H-index: 37
Ardian Morina

Ardian Morina

University of Leeds

H-index: 36
Vassili Toropov

Vassili Toropov

Queen Mary University of London

H-index: 31
Peter K Jimack

Peter K Jimack

University of Leeds

H-index: 29
J. Rafael Castrejon-Pita

J. Rafael Castrejon-Pita

Queen Mary University of London

H-index: 27
Alfonso Arturo Castrejon-Pita

Alfonso Arturo Castrejon-Pita

University of Oxford

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