Announcements | Important dates | Committees | Organisations | Registration and submission | |
Accommodation | Proceedings | Contacts | Privacy policy | Workshops | Venue |
Final Programme of CMFF'22 (pdf) |
18:00- | 20:00 | Registration and Welcome reception at the Department of Fluid Mechanics, Budapest University of Technology and Economics |
"JULIET" ROOM | "SHAKESPEARE" ROOM | "VENICE" ROOM | ||
09:00- | 09:10 | Welcome Address | ||
09:10- | 09:55 | Plenary Session 1 | ||
Session Identifier: PLENARY1 Number of presentations: 1 Invited Speaker: Prof. Viktor Scherer, Ruhr-Universität Bochum, Bochum, Germany |
||||
09:55- | 10:25 | BREAK | BREAK | BREAK |
10:25- | 12:25 | IF1 | TM1 | WS1 |
Session Identifier: IF1 Number of presentations: 6 #3 #14 #19 #23 #37 #46 |
||||
Session Identifier: TM1 Number of presentations: 6 #70 #67 #9 #21 #63 #49 |
||||
Session Identifier: WS1 - WORKSHOP The combination of Computational Fluid Dynamics (CFD) with the Discrete Element Method (DEM) provides novel opportunities for more accurate simulations of particulate flows involving large particles. This is particularly true in process and energy engineering. However, many challenges remain from the methodological point of view as well as regarding requirements in terms of computing time and memory. Specific extensions are necessary for flows involving chemical reactions, phase changes, non-newtonian properties, or compressibility effects, to cite a few. This workshop will document recent advances and showcase challenging applications of DEM-CFD. Number of presentations: 5 #117 #122 #118 #116 #130 |
||||
12:25- | 13:55 | LUNCH | LUNCH | LUNCH |
13:55- | 14:40 | Plenary Session 2 | ||
Session Identifier: PLENARY2 Number of presentations: 1 Invited Speaker: Prof. Marie Oshima, The University of Tokyo, Tokyo, Japan |
||||
14:40- | 15:10 | BREAK | BREAK | BREAK |
15:10- | 17:30 | BU | CF | WS2 |
Session Identifier: BU Number of presentations: 7 #91 #95 #121 #34 #61 #32 #17 |
||||
Session Identifier: CF Number of presentations: 7 #4 #83 #78 #35 #11 #73 #98 |
||||
Session Identifier: WS2 - WORKSHOP Numerical simulations are widely used to investigate biomedical problems including mainly but not exclusively blood flows. The quality of the obtained results strongly depends on the boundary conditions, as well as on the applied models. Therefore, their role should be carefully studied and the role of generic versus patient-specific conditions clarified. The present workshop aims at discussing such aspects and assessing the potential of numerical blood flow simulations for different problems, including intracranial aneurysms (IA) or arteriovenous malformations (AVM). Number of presentations: 7 #66 #72 #45 # #55 #119 #58 |
||||
19:30 | Gala Dinner: Robinson Restaurant |
"JULIET" ROOM | "SHAKESPEARE" ROOM | "VENICE" ROOM | ||
09:00- | 09:10 | Technical information | ||
09:10- | 09:55 | Plenary Session 3 | ||
Session Identifier: PLENARY3 Number of presentations: 1 Invited Speaker: Prof. Manfred Kaltenbacher, Graz University of Technology, Graz, Austria |
||||
09:55- | 10:25 | BREAK | BREAK | BREAK |
10:25- | 12:25 | TU | TM2 | ET |
Session Identifier: TU Number of presentations: 6 #20 #62 #15 #96 #68 #6 |
||||
Session Identifier: TM2 Number of presentations: 6 #40 #7 #28 #94 #48 #10 |
||||
Session Identifier: ET Number of presentations: 6 #82 #87 #69 #57 #26 #113 |
||||
12:25- | 13:55 | LUNCH | LUNCH | LUNCH |
13:55- | 14:40 | Plenary Session 4 | ||
Session Identifier: PLENARY4 Number of presentations: 1 Invited Speaker: Prof. Cameron Tropea, Technische Universitaet Darmstadt, Darmstadt, Germany |
||||
14:40- | 15:10 | BREAK | BREAK | BREAK |
15:10- | 16:50 | WS3 | WS4 | EV |
Session Identifier: WS3 - WORKSHOP Valves are essential elements of every hydraulic system, yet their dynamic behavior is often overlooked, especially in the case of mass applications, such as e.g. the hundreds or thousands of safety valves in a chemical plant or oil refinery. Computational Fluid Dynamics (CFD) modeling provides novel opportunities for more accurate simulations, yet dynamic simulations, especially with non-ideal gas behavior or multiphase flow still require inefficient amount of computational effort. Thus, reduced order modeling is viable, especially when valve-pipeline interaction is addressed. The workshop aims at sharing recent findings of research groups in this field. Number of presentations: 4 # #105 #109 #114 |
||||
Session Identifier: WS4 - WORKSHOP The recent view represented by Industry 4.0 enables substantially new features in industrial air technology as well as in industrial heating, ventilation, and air conditioning. Such new features expand the capabilities of traditional air technical systems – even if such traditional systems are highly controlled systems. Some examples for smart fans, and for smart ventilation systems incorporating them, meeting the Industry 4.0 concept, are as follows: multifunctional monitoring, control and rationalization of aerodynamics performance and power consumption; prediction of aerodynamics degradation due to blade erosion or contamination; vibration self-diagnostics for forecasting bearing fatigue and rotor imbalance due to blade wear or deposit, serving as an aid to demand-based fan maintenance. |
||||
Session Identifier: EV Number of presentations: 5 #44 #56 #84 #90 #89 |
"JULIET" ROOM | "SHAKESPEARE" ROOM | "VENICE" ROOM | ||
09:00- | 11:00 | DPL | TM3 | WS5 |
Session Identifier: DPL Number of presentations: 6 #33 #110 #5 #92 #27 # |
||||
Session Identifier: TM3 Number of presentations: 5 #47 #2 #79 #100 #54 |
||||
Session Identifier: WS5 - WORKSHOP The recent view represented by coupling techniques in multiscale atmospheric models in field of meteorology-climatology and fluid dynamics. Scale-dependent atmospheric processes - the range of phenomena directly described and parameterized by numerical models - evolve with the available spatial and temporal resolution. Different climate, weather, and fluid dynamics models use several common methods and solutions. These include constructing initial and boundary conditions and assimilating the results to measurements or larger-scale model results, i.e., the issue of model initialization. There is a common interest in parameterization sub-grid-scale processes, be it in the description of convection, cloud formation, precipitation, or scale-dependent turbulent exchange processes. Parameterization of turbulence — modeling of the viscous sublayer, the constant-flux near-surface layer, and the planetary boundary layer — also connects modelers in engineering and meteorology/climatology. Model couplings and model embedding raise the question of one-way and two-way interactions between scales. Another critical issue is the modeling of scale-dependent pollutant dispersion and the description of urban effects. Number of presentations: 4 # # # #123 |
||||
11:00- | 11:30 | BREAK | BREAK | BREAK |
11:30- | 13:00 | AE | SV | WS6 |
Session Identifier: AE Number of presentations: 3 #74 #76 #29 |
||||
Session Identifier: SV Number of presentations: 4 #18 #111 #30 #86 |
||||
Session Identifier: WS6 - WORKSHOP The recent view represented by coupling techniques in multiscale atmospheric models in field of meteorology-climatology and fluid dynamics. Scale-dependent atmospheric processes - the range of phenomena directly described and parameterized by numerical models - evolve with the available spatial and temporal resolution. Different climate, weather, and fluid dynamics models use several common methods and solutions. These include constructing initial and boundary conditions and assimilating the results to measurements or larger-scale model results, i.e., the issue of model initialization. There is a common interest in parameterization sub-grid-scale processes, be it in the description of convection, cloud formation, precipitation, or scale-dependent turbulent exchange processes. Parameterization of turbulence — modeling of the viscous sublayer, the constant-flux near-surface layer, and the planetary boundary layer — also connects modelers in engineering and meteorology/climatology. Model couplings and model embedding raise the question of one-way and two-way interactions between scales. Another critical issue is the modeling of scale-dependent pollutant dispersion and the description of urban effects. Number of presentations: 3 # # #124 |
||||
13:00 | CLOSING PLENARY |