Page 505 - 8th European Congress of Mathematics ∙ 20-26 June 2021 ∙ Portorož, Slovenia ∙ Book of Abstracts
P. 505
Minisymposium
MULTISCALE MODELING AND METHODS:
APPLICATION IN ENGINEERING, BIOLOGY AND
MEDICINE (MS-80)
Organized by Grigory Panassenko, University Jean Monnet, France, and Vilnius
University, Lithuania
Coorganized by Konstantinas Pileckas, Vilnius University, Lithuania
• Mathematical Modeling of Inflammatory Processes of Atherosclerosis, Ghada Abi Younes
• Stokes Equations In An Infinite Strip With a Hole And transmission Conditions,
Olivier Bodart
• On weakly singular kernels arising in equations set on a graph, modelling a flow in a
networtk of thin tubes, Éric Canon
• Homogenization for elliptic operators in a strip perforated along a curve,
Giuseppe Cardone
• Numerical solution of the viscous flows in a network of thin tubes: equations on the
graph, Frédéric Chardard
• Robust parameter estimation in fluid flow models from velocity measurements,
Jeremias Garay
• Time periodic Navier-Stokes equations in a thin tube structures motivated by
hemodynamic, Rita Juodagalvyte˙
• Time-periodic Poiseuille-type solution with minimally regular flow-rate,
Kristina Kaulakyte˙
• Blood velocity computation inside of a human heart left atrium, Nikolajus Kozulinas
• Asymptotically based simulation of the Stokes flow in a layer through periodic flexural
plates made of beams, Maxime Krier
• Steady state non-Newtonian flow with strain rate dependent viscosity in thin tube
structure with no slip boundary condition, Grigory Panasenko
• Unsteady micropolar fluid flow in a thick domain with multiscale oscillating roughness
and a subdifferential boundary condition, Laetitia Paoli
• Modeling the evolution of COVID-19 in Lithuania, Olga Štikoniene˙
• ADI scheme for partially dimension reduced heat conduction models, Vytenis Šumskas
• FSI and reduced models for 3D hemodynamic simulations in time-dependent domains,
Yuri Vassilevski
MULTISCALE MODELING AND METHODS:
APPLICATION IN ENGINEERING, BIOLOGY AND
MEDICINE (MS-80)
Organized by Grigory Panassenko, University Jean Monnet, France, and Vilnius
University, Lithuania
Coorganized by Konstantinas Pileckas, Vilnius University, Lithuania
• Mathematical Modeling of Inflammatory Processes of Atherosclerosis, Ghada Abi Younes
• Stokes Equations In An Infinite Strip With a Hole And transmission Conditions,
Olivier Bodart
• On weakly singular kernels arising in equations set on a graph, modelling a flow in a
networtk of thin tubes, Éric Canon
• Homogenization for elliptic operators in a strip perforated along a curve,
Giuseppe Cardone
• Numerical solution of the viscous flows in a network of thin tubes: equations on the
graph, Frédéric Chardard
• Robust parameter estimation in fluid flow models from velocity measurements,
Jeremias Garay
• Time periodic Navier-Stokes equations in a thin tube structures motivated by
hemodynamic, Rita Juodagalvyte˙
• Time-periodic Poiseuille-type solution with minimally regular flow-rate,
Kristina Kaulakyte˙
• Blood velocity computation inside of a human heart left atrium, Nikolajus Kozulinas
• Asymptotically based simulation of the Stokes flow in a layer through periodic flexural
plates made of beams, Maxime Krier
• Steady state non-Newtonian flow with strain rate dependent viscosity in thin tube
structure with no slip boundary condition, Grigory Panasenko
• Unsteady micropolar fluid flow in a thick domain with multiscale oscillating roughness
and a subdifferential boundary condition, Laetitia Paoli
• Modeling the evolution of COVID-19 in Lithuania, Olga Štikoniene˙
• ADI scheme for partially dimension reduced heat conduction models, Vytenis Šumskas
• FSI and reduced models for 3D hemodynamic simulations in time-dependent domains,
Yuri Vassilevski
