Yann Bartosiewicz

About Yann Bartosiewicz

Yann Bartosiewicz, With an exceptional h-index of 23 and a recent h-index of 20 (since 2020), a distinguished researcher at Université Catholique de Louvain, specializes in the field of Nuclear thermal hydraulics, ejector technology, two-phase flows, CFD, choked flows.

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

A Homogeneous Relaxation Model Algorithm in Density-Based Formulation with Novel Tabulated Method for the Modeling of CO2 Flashing Nozzles

A wall model for large-eddy simulation of highly compressible flows based on a new scaling of the law of the wall

An extension of the compound flow theory with shear and friction

An overview on the development and calibration of a 1D ejector model

Direct numerical simulations of natural convection in a pool containing an internally heated porous medium

Simulation and Exergy Analysis of Transcritical CO2 Ejector Flows Using the Implicit Real Gas SU2 Solver

Numerical Simulation of Two-phase CO2 Ejector Flows Using the Implicit Density-based SU2 Solver and Comparative Analysis of HEM and HRM Models

A novel experimental observation of the gravity-driven flashing of metastable water in a heated pool

Yann Bartosiewicz Information

University

Position

Professor of Thermal hydraulics

Citations(all)

2964

Citations(since 2020)

1518

Cited By

2023

hIndex(all)

23

hIndex(since 2020)

20

i10Index(all)

41

i10Index(since 2020)

33

Email

University Profile Page

Google Scholar

Yann Bartosiewicz Skills & Research Interests

Nuclear thermal hydraulics

ejector technology

two-phase flows

CFD

choked flows

Top articles of Yann Bartosiewicz

A Homogeneous Relaxation Model Algorithm in Density-Based Formulation with Novel Tabulated Method for the Modeling of CO2 Flashing Nozzles

International Journal of Refrigeration

2024/2/23

Sébastien Poncet
Sébastien Poncet

H-Index: 22

Yann Bartosiewicz
Yann Bartosiewicz

H-Index: 17

A wall model for large-eddy simulation of highly compressible flows based on a new scaling of the law of the wall

Journal of Fluid Mechanics

2024/2

Yann Bartosiewicz
Yann Bartosiewicz

H-Index: 17

Grégoire Winckelmans
Grégoire Winckelmans

H-Index: 21

An extension of the compound flow theory with shear and friction

arXiv preprint arXiv:2401.07236

2024/1/14

Yann Bartosiewicz
Yann Bartosiewicz

H-Index: 17

An overview on the development and calibration of a 1D ejector model

2023

Yann Bartosiewicz
Yann Bartosiewicz

H-Index: 17

Direct numerical simulations of natural convection in a pool containing an internally heated porous medium

2023

Yann Bartosiewicz
Yann Bartosiewicz

H-Index: 17

Simulation and Exergy Analysis of Transcritical CO2 Ejector Flows Using the Implicit Real Gas SU2 Solver

2023

Yann Bartosiewicz
Yann Bartosiewicz

H-Index: 17

Sébastien Poncet
Sébastien Poncet

H-Index: 22

Numerical Simulation of Two-phase CO2 Ejector Flows Using the Implicit Density-based SU2 Solver and Comparative Analysis of HEM and HRM Models

2023

Sébastien Poncet
Sébastien Poncet

H-Index: 22

Yann Bartosiewicz
Yann Bartosiewicz

H-Index: 17

A novel experimental observation of the gravity-driven flashing of metastable water in a heated pool

Nuclear Engineering and Design

2023/8/15

Yann Bartosiewicz
Yann Bartosiewicz

H-Index: 17

A Machine Learning-based Calibration of a 1D ejector model from CFD

36th International Conference on Efficiency, Cost, Optimization, Simulation and Environmental Impact of Energy Systems

2023/6/25

Jagadish Babu Vemula
Jagadish Babu Vemula

H-Index: 3

Yann Bartosiewicz
Yann Bartosiewicz

H-Index: 17

Calibration of a 1D ejector model from full-scale experiments

ASTFE Digital Library

2023/5

Yann Bartosiewicz
Yann Bartosiewicz

H-Index: 17

Numerical study of the complete operating map of ejectors in Ultra High Bypass Ratio engine bleed systems

2023/5

Jagadish Babu Vemula
Jagadish Babu Vemula

H-Index: 3

Yann Bartosiewicz
Yann Bartosiewicz

H-Index: 17

Unsteady 1D gas dynamics in ejectors: a pipeline analogy

2023/4/25

Yann Bartosiewicz
Yann Bartosiewicz

H-Index: 17

A 1D model for the unsteady gas dynamics of ejectors

Energy

2023/3/15

Yann Bartosiewicz
Yann Bartosiewicz

H-Index: 17

Calibration of the 0D model of an air ejector by means of compressible RANS simulations

2023

Jagadish Babu Vemula
Jagadish Babu Vemula

H-Index: 3

Yann Bartosiewicz
Yann Bartosiewicz

H-Index: 17

Turbulent heat flux modelling in forced convection flows using artificial neural networks

Nuclear Engineering and Design

2022/12/1

Yann Bartosiewicz
Yann Bartosiewicz

H-Index: 17

Physics-constrained machine learning for thermal turbulence modelling at low Prandtl numbers

International Journal of Heat and Mass Transfer

2022/9/15

Yann Bartosiewicz
Yann Bartosiewicz

H-Index: 17

Large Eddy Simulation of a supersonic air ejector

Applied Thermal Engineering

2022/6/5

Sébastien Poncet
Sébastien Poncet

H-Index: 22

Yann Bartosiewicz
Yann Bartosiewicz

H-Index: 17

Air ejector analysis in normal and abnormal modes, oriented to control purposes in aircraft systems

9th European Conference for Aeronautics and Space Sciences (EUCASS)

2022

Jagadish Babu Vemula
Jagadish Babu Vemula

H-Index: 3

Yann Bartosiewicz
Yann Bartosiewicz

H-Index: 17

An improved thermodynamic model for supersonic real-gas ejectors using the compound-choking theory

Energy

2022/1/1

Sébastien Poncet
Sébastien Poncet

H-Index: 22

Yann Bartosiewicz
Yann Bartosiewicz

H-Index: 17

High fidelity simulations in support to assess and improve RANS for modeling turbulent heat transfer in liquid metals: The case of forced convection

Nuclear Engineering and Design

2021/10/1

Yann Bartosiewicz
Yann Bartosiewicz

H-Index: 17

See List of Professors in Yann Bartosiewicz University(Université Catholique de Louvain)