| 001 | Afsharpanah F., Poncet S., Amiri L. :
Isothermal Transport of Ice Slurry Flow in 90° Vertical Elbows |
| 002 | Antošová Z., Chou Y. J., Ko Y. H., Chen Y. W., Trávníček Z.:
Experiments and Numerical Simulation of Synthetic Jets Issuing from an Oscillating Nozzle |
| 003 | Belda M., Isoz M., Měkuta F., Hyhlík T. :
A Promising Quantitative Measure for Comparison of Power Spectral Densities |
| 004 | Bílek V., Gebouský O., Haidl J.:
CFD Simulation Methodology Validated for Mixed Rectangular Tank Equipped with Single and Multiple Impellers |
| 005 | Chandrasekaran K. S., Mariappan S., Das D., Singh A.:
Comparison of Infrared Thermography, Temperature-Sensitive Paint, and Particle Image Velocimetry in Detecting the Onset of Laminar-To-Turbulent Boundary Layer Transition |
| 006 | Dimitrieva N., Krivonog O., Fadeichev V., Romanenko P., Koval S. :
Numerical and Experimental Study of The Characteristics of Airlift Pumps |
| 007 | Duda D. :
Some Attempts on Characterization of Turbulent Wakes Observed by Using Stereo PIV in a Plane Perpendicular to The Flow |
| 008 | Flídr E., Němec M., Šimurda D. :
Difference Between Continuous Traversing and Step by Step Measurement at The Linear Blade Cascade Outlet |
| 009 | Fuka V.:
Machine-Learning-Based Subgrid Modelling for the Atmospheric Boundary Layer |
| 010 | Gebouský O., Bílek V., Haidl J. :
Methodology For velocity Field Measurements in Pilot-Scale Stirred Vessels Using 2-D Particle Tracking Velocimetry |
| 011 | Geng C., Sun D., Zhang M., Liu L., Liu X., Sun X. :
An Experimental Investigation of The Coupled Aerodynamic-Acoustic Response of an Isolated Rotor to Foam Metal Casing Treatment |
| 012 | Haidl J., Bílek V., Gebouský O, Pivokonský M.:
On Flow Simulation Strategy for Industrial Mixed Vessels |
| 013 | Hlavatý T., Isoz M., Kovárnová A., Svoboda T., Moucha T., Sluková M. :
What Can Be Gained via Model Order Reduction of Bread-Baking Simulations? |
| 014 | Khýr M., Isoz M.:
Distance Based Similarity Metrics for Artificial Neural Network Estimates of Soot Distribution in Catalytic |
| 015 | Kovárnová A., Kubíčková L., Isoz M.:
Towards Shape Optimization of a Quartz Crystal Microbalance Biosensor |
| 016 | Kovář P., Fürst J.:
Higher-Order Physics-Informed Neural Networks for Parametric Solution of The Unsteady Heat Equation |
| 017 | Krüger L., Hussong J., Jakirlič S.:
Experimental and Scale-Resolving Simulation Study of Flow Dynamics in Fuel Cell Cooling Systems |
| 018 | Kubíčková L., Isoz M.:
Connecting immersed boundary method with heat transfer for simulations of mechanical metamaterials |
| 019 | Lédl M., Kubíčková L., Isoz M.:
Using U-Net to Estimate Fluid Flow in Mechanical Metamaterials |
| 020 | Měkuta F., Hyhlík. T.:
Space-Only POD Analysis of an Aircraft Propeller Wake Based on CTA Measurements |
| 021 | Mrázová A., Duda D., Janský V., Bartoš V., Dolejší M., Yanovych V., Uruba V. :
Comparison of The Wake in Free Stream and The Wake in Confined Open Channel of Nuclear Reactor Fuel Assembly |
| 022 | Nesteruk I. :
Prandtl’s Boundary-Layer Theory as a Basis for Improving Aerodynamic Shapes |
| 023 | Procházka P., Skála V., Šnábl P., Prasad C.S. :
Aeroelastic Response and Wake Analysis of a Blade Cascade Exposed to Controlled Radial Cross-Flow |
| 024 | Pučejdl P., Valášek J., Marhan T., Sváček P.:
Modal Analysis of Prestressed Vocal Fold Model |
| 025 | Raušová M., Trnka F., Schmirlerová H., Schmirler M. :
The Effect of Neglecting Transient Flow in Nasal Cavity CFD Simulations |
| 026 | Šamlot J., Fürst J. :
Mathematical Modeling of Dilute Gas Using Monte Carlo Method |
| 027 | Serebryakov V., Dimitrieva N. :
Study of Problems for Body Motion in a Cavity with Gas Injection |
| 028 | Shkvar Y. :
TR-PIV Comparative Study of Vortical Systems Behind Leading-Edge Vortex Generators and Large Eddy Breakup Devices |
| 029 | Sibgatullin I., Deleuze J., Joubaud S. :
Multistablity Effects in Internal Wave Modes and Wave Attractor Regimes in Stratified Fluids |
| 030 | Studeník O., Terpáková J., Haidl J., Isoz M. :
Direct Numerical Simulation of Contact Dynamics in Pseudo-2D Fluidized Beds: Effects of Sampling Depth and Region Size |
| 031 | Tater A., Holman J. :
Matrix-Free LU-SGS Solver for Hypersonic Laminar Diatomic Gas Flows with Decoupled Vibrational Energy Mode: Mesh Effects on Shock Waves and Separation Bubble in Double-Cone Flow |
| 032 | Uhlíř V., Bodnár T., Fraunié Ph.:
Assessment of Steady-State and Transient Approaches for Simulating Flow Over a Wall-Mounted Cube |
| 033 | Uruba V., Procházka P.:
Effect of Surface Roughness on Vortex Shedding in The Wake of a Circular Cylinder in a Subcritical Regime |
| 034 | Varnhorn W. :
On the Exterior Dirichlet Boundary Value Problem for The Stokes Resolvent Equations in Two Dimensions |
| 035 | Vinškovský R. :
Preliminary Study of Wind Interaction with a Gable Roof – Wind Tunnel Experiment with Downscale Model |
| 036 | Vítovec M., Halama J.:
Two-Fluid Finite Volume Solver for Wet Steam Flow |
| 037 | Voropaiev G., Baskova O. :
Features of the Transition from Laminar to Turbulent Flow in the Presence of Non-Isothermal Conditions in Tubes |
| 038 | Zagumennyi Y., Voropaiev G.:
Sensitivity of The Boundary Layer Flow to Wave Perturbations Distributed on the Surface |
| 039 | Zhang J., Sun D., Hu J., Xu D., Liu X., Sun X.:
Resolvent Analysis of Single Rotor Wake Stability in Ground Effect |
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