Topical Problems of Fluid Mechanics


Topical Problems of Fluid Mechanics
logo UT logo CTU logo MIO Universite logo ERCOFTAC
Institute of Thermomechanics AS CR, v.v.i. CTU in Prague Faculty of Mech. Engineering Dept. Tech. Mathematics MIO Université du Sud Toulon Var - AMU - CNRS - IRD Czech Pilot centre ERCOFTAC

Papers presented in proceedings


Šimurda D., Bodnár T.: Topical Problems of Fluid Mechanics 2020, Prague, 2020, 268 pages, ISBN 978-80-87012-74-1, ISSN 2336-5781
 
001Chashechkin Y. D., Prokhorov E.:
Hydrodynamics, Energetics and Acoustics of Free Falling Drop Impact at a Motionless Fluid
002Chashechkin Y. D., Zagumennyi I. V.:
Natural Unsteadiness of the Flow Pattern Around a Plate in Numerical Simulation and Laboratory Modeling
003Čížek M., Vampola T., Popelka L.:
Comparison of Labyrinth Seal Calculation and Real Aircraft Turbine Engine Measurement
004Clément J.-B., Golay F., Ersoy M., Sous D.:
Adaptive Discontinuous Galerkin Method for Richards Equation
005Crha J., Kašpar O., Basařová P.:
CFD Simulation of a Sub-Millimeter Rising Bubble in a Stagnant Liquid
006Deuring P., Kračmar S., Nečasová Š.:
Recent Results on the Problem of Motion of Viscous Fluid Around a Rotating Rigid Body
007Dimitrieva N., F.:
Calculation of Nonuniform Fluid Flows in a Gravity Field
008Duda D.:
Individual Vortex Searching Algorithm
009Duriez J., Galusinsky C.:
Level Set Representation on Octree for Granular Material with Arbitrary Grain Shape
010Flídr E., Kladrubský M., Jelínek T.:
Unsteady Pressure Measurement in an End-Wall Region of a Linear Blade Cascade
011Hlavatý T., Isoz M., Plachá M., Šourek M., Koćí P.:
Geometrically Realistic Macro-Scale Model for Multi-Scale Simulations of Catalytic Filters for Automotive Gas Aftertreatment
012Ilinykh A. Yu.:
Fine Structure Distribution of Immiscible Fluid at The Drop Impact to Fluid Surface
013Isoz M., Šourek M.:
POD-DEIM-Based Model Order Reduction for Four-Way Coupled Fluid-Solid Flows
014Korinek T., Tisovsky T., Hujer J., Zimmerman K.:
Partially-Averaged Navier-Stokes Simulation of the Flow Around Circular Cylinder at Re=3900: Comparison of Low and High Reynolds Number Approaches
015Kouba J., Novotný J., Nožička J.:
Laser-Induced Kernel Visualisation by OH* Chemiluminescence Method
016Kuzmina K., Marchevsky I., Soldatova I.:
The High-Accuracy Numerical Scheme for the Boundary Integral Equation Solution in 2D Lagrangian Vortex Method With Semi-Analytical Vortex Elements Contribution Accounting
017Levý T., Vimmr J.:
Developing Fully-Coupled Density-Based Solver for Turbulent Compressible Fluid Flows in OpenFOAM
018Louda P., Příhoda J.:
Study on Performance of Various Turbulent Heat Transfer Closures
019Marchevsky I.K., Kuzmina K. S., Ryatina E. P.:
Flow Simulation around a Circular Cylinder for Low Reynolds Numbers and Determining the Flow Separation Point in VM2D Code
020Marchevsky I.K., Shcheglov G.A., Dergachev S. A.:
On the Algorithms for Vortex Element Evolution Modelling in 3D Fully Lagrangian Vortex Loops Method
021Marušić – Paloka E., Pažanin I., Radulović M.:
On The Lubrication of a Rotating Shaft with Incompressible Micropolar Fluid
022Pech J.:
Laminar-Turbulent Transition in View of Flow Separation from Isothermal and Heated Cylinder
023Pires M., Bodnár T.:
On the Influence of Diffusion Stabilization in Oldroyd-B Fluid Flow Simulations
024Ringstad K. M., Khalili M. E., Müller B.:
High Order Immersed Boundary Method for Fluid-Structure Interaction of Viscous Compressible Flowwith a Rigid Body
025Schiavon M., Tampieri F., Caggio M., Bodnár T.:
The Effect of Submeso Motions on Second-Order Moment Budgets in the Stable Atmospheric Boundary Layer
026Shmigirilov R., Ryabinin A.:
Influence of End Plates on Rotational Oscillations of a Rectangular Cylinder
027Šidlof P., Lasota M.:
Aeroacoustic Simulation of Human Phonation with the Wale Sub-Grid Scale Model
028Šourek M., Isoz M.:
Development of CFD Solver for Four-Way Coupled Particle-Laden Flows
029Straka P., Příhoda J.:
Modification of the Algebraic Transition Model for Wall Roughness Effect Including a Rough Strip
030Sváček P.:
Simulation of Interaction of the Airflow with Vocal Folds Vibration Considering the Vocal Folds Contact
031Uruba V., Procházka P., Skála V.:
On the 3D Dynamics of the Wake Behind a Circular Cylinder
032Varnhorn W.:
A Lagrangian Approach for Weak Solutions of the Navier-Stokes Equations
033Zemach T.:
On Gravity Currents over a Porous Floor in Power-Law Cross-Section Channels
imce   Powered by Imce 3.0  © 2014, Pavel Formánek, Institute of Thermomechanics AS CR, v.v.i. [generated: 0.0623s]