Olivier CADOT

Olivier CADOT

University of Liverpool

H-index: 36

Europe-United Kingdom

About Olivier CADOT

Olivier CADOT, With an exceptional h-index of 36 and a recent h-index of 23 (since 2020), a distinguished researcher at University of Liverpool, specializes in the field of Fundamental Aerodynamics.

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

Towards adaptive drag reduction of a flat-back 3D bluff body in variable pitch and crosswind by flow orientation at the base separation

Base suction, entrainment flux, and wake modes in the vortex formation region at the rear of a three-dimensional blunt bluff body

Near wake of an Ahmed body: analysis of switches and base pressure-velocity relationship

Experimental study on the effect of adaptive flaps on the aerodynamics of an Ahmed body

Reynolds number effect on the bistable dynamic of a blunt-base bluff body

Drag reduction using longitudinal vortices on a flat-back Ahmed body

On the relationship between base pressure and velocity in the wake of a bluff body

Suppression of the wake steady asymmetry of an Ahmed body by central base bleed

Olivier CADOT Information

University

Position

School of Engineering

Citations(all)

3905

Citations(since 2020)

1761

Cited By

2785

hIndex(all)

36

hIndex(since 2020)

23

i10Index(all)

66

i10Index(since 2020)

47

Email

University Profile Page

Google Scholar

Olivier CADOT Skills & Research Interests

Fundamental Aerodynamics

Top articles of Olivier CADOT

Towards adaptive drag reduction of a flat-back 3D bluff body in variable pitch and crosswind by flow orientation at the base separation

Experiments in Fluids

2024/3

Base suction, entrainment flux, and wake modes in the vortex formation region at the rear of a three-dimensional blunt bluff body

Physical Review E

2023/7/5

Near wake of an Ahmed body: analysis of switches and base pressure-velocity relationship

2023/6/12

Experimental study on the effect of adaptive flaps on the aerodynamics of an Ahmed body

Physical Review Fluids

2023/4/27

Reynolds number effect on the bistable dynamic of a blunt-base bluff body

Physical Review E

2023/2/16

Drag reduction using longitudinal vortices on a flat-back Ahmed body

Experiments in Fluids

2023/1

On the relationship between base pressure and velocity in the wake of a bluff body

2022/9/13

Suppression of the wake steady asymmetry of an Ahmed body by central base bleed

Physical Review Fluids

2022/8/19

Wake transitions and steady-instability of an Ahmed body in varying flow conditions

Journal of Fluid Mechanics

2022/7

Relationship between the base pressure and the velocity in the near-wake of an Ahmed body

Physical Review Fluids

2022/5/9

Low-order modeling of the wake dynamics of an Ahmed body

2021/11/9

Low-order modelling of the wake dynamics of an Ahmed body

Journal of Fluid Mechanics

2021/11

Direct measurement of steady fluid forces upon a deformed cylinder in confined axial flow

Journal of Fluids and Structures

2021/7/1

A fundamental link between steady asymmetry and separation length in the wake of a 3D square-back body

Experiments in Fluids

2021/5

Drag reduction in simplified geometries of blunt vehicles by means of base blowing

APS Division of Fluid Dynamics Meeting Abstracts

2021

Experimental study of the effect of a steady perimetric blowing at the rear of a 3D bluff body on the wake dynamics and drag reduction

2021

Experimental and numerical investigation of steady fluid forces in axial flow on a cylinder confined in a cylinder array

2021

On the recirculating flow of three-dimensional asymmetric bluff bodies

Experiments in Fluids

2020/12

Experimental and numerical analysis of the bi-stable turbulent wake of a rectangular flat-backed bluff body

Physics of Fluids

2020/10/1

Modelling the dynamics of the wake behind a squareback Ahmed body

2020/8/24

See List of Professors in Olivier CADOT University(University of Liverpool)