Pre-RGD32 Online Workshop on Recent Hot Topics in Rarefied Gas Dynamics
<Notice>
Zoom-1, 2, 3 will be open throughout for free meeting.
Please fill out the form to apply for a Zoom ID: Google Form for Workshop Registration
Please fill out the form for survey of the Pre-RGD32 Online Workshop: Google Form for Workshop Survey
Live streaming of the invited lecture I will be held from 13:00 to 14:10 (GMT), July 7th, 2021.
Live streaming of the invited lecture II will be held from 13:00 to 14:10 (GMT), July 8th, 2021.
Live streaming of the invited lecture III will be held from 23:00 to 00:10 (GMT), July 9-10th, 2021.
Pre-recorded presentation video will be open until 10th October.Live streaming of the invited lecture II will be held from 13:00 to 14:10 (GMT), July 8th, 2021.
Live streaming of the invited lecture III will be held from 23:00 to 00:10 (GMT), July 9-10th, 2021.
Zoom-1, 2, 3 will be open throughout for free meeting.
Please fill out the form to apply for a Zoom ID: Google Form for Workshop Registration
Please fill out the form for survey of the Pre-RGD32 Online Workshop: Google Form for Workshop Survey
| First Day (July 7-8th, Wed-Thu) GMT 13:00~16:30 |
Second Day (July 8-9th, Thu-Fri) GMT 13:00~16:30 |
Third Day (July 9-10th, Fri-Sat) GMT 23:00~02:30 |
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| Opening & Announcement of Best Student Presentation I Zoom-1 |
Opening & Announcement of Best Student Presentation II Zoom-2 |
Opening & Announcement of Best Student Presentation III Zoom-3 |
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| Invited Lecture I Zoom-1 |
Invited Lecture II Zoom-2 |
Invited Lecture III Zoom-3 |
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| Boltzmann and Related Equations Zoom-1A |
Numerical Methods for Kinetic Equations Zoom-1B |
Gas-surface Interactions and Vacuum Zoom-1C |
Kinetic Theory for Gases and Complex System Zoom-2A |
Space Propulsion and Molecular Beams Zoom-2B |
Hypersonics: Theory and Simulation II Zoom-2C |
Data-driven & ML-based Mesoscale Modeling Zoom-3A |
Micro- & Nano-scale Flows and Heat Transfer I Zoom-3B |
Hypersonics: Experimental Methods Zoom-3C |
| Break Time | Break Time | Break Time | ||||||
| Lagrangian Methods for the BGK Model Zoom-1A |
Numerical Methods for Kinetic Equations and Multiphase Flows Zoom-1B |
Hypersonics: Theory and Simulation I Zoom-1C |
Relativistic Kinetic Theory Zoom-2A |
Plasma Flows Zoom-2B |
Jets, Plumes and Surface Interaction in Space Zoom-2C |
DSMC Methods Zoom-3A |
Micro- & Nano-scale Flows and Heat Transfer II Zoom-3B |
Hypersonics: Vehicles Zoom-3C |
| Time | First Day Program (July 7-8th, Wed-Thu) | ||
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| 22:00~22:101 14:00~14:102 06:00~06:103 |
Opening & Announcement of Best Student Presentation I (Chairs: R. S. Myong, Gyeongsang National University; D. Bruno, National Research Council; K. Xu, Hong Kong University of Science and Technology; J. S. Wu, National Chiao Tung University) |
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| 22:10~23:10 14:10~15:10 06:10~07:10 |
Invited Lecture I The Saga of LBE’s Quest for RGD Effects Li-Shi Luo, Old Dominion University (Chair: L. Mieussens,Institut de Mathematiques de Bordeaux) |
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| Break Time (10 mins) | |||
| Boltzmann and Related Equations (Chair: S. Takata, Kyoto University) |
Numerical Methods for Kinetic Equations (Chair: K. Xu, HKUST) |
Gas-surface Interactions and Vacuum (Chair: E. Roohi, Xi’an Jiaotong University) |
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23:20~23:30 15:20~15:30 07:20~07:30 |
Passage from the Boltzmann Equation with Diffuse Boundary to the Incompressible Euler Equation with Heat Convection (C-01) Y. Cao, J. Jang, C. Kim Rutgers University |
Three-Dimensional Unified Gas-Kinetic Scheme for Moving Object Simulation in All Knudsen Regimes (Z-01) Y. Zhu, C. Zhong, K. Xu The Hong Kong University of Science and Technology |
Interaction of Two-Dimensional Rarefied Jets-From Free Molecular to Continuum Regime (V-03) J. E. Vesper*, T. Broeders, D. E. A. van Odyck, C. R. Kleijn Delft University of Technology |
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23:30~23:40 15:30~15:40 07:30~07:40 |
A Poisson Map from Kinetic Theory to Hydrodynamics with Non-Constant Entropy (C-06) C. L. Chong* University of Oxford |
Simplified Unified Wave-Particle Method and Direct Relaxation Process (L-06) S. Liu, S. Yang, M. Fang, C. Zhong Northwestern Polytechnical University |
Variational Derivation of Thermal Slip Coefficients on the basis of the Boltzmann Equation for Hard-Sphere Molecules and Cercignani-Lampis Boundary Conditions: Comparison with Experimental Results (N-03) N. N. Nguyen, I. Graur, P. Perrier, S. Lorenzani Politecnico di Milano |
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23:40~23:50 15:40~15:50 07:40~07:50 |
Cauchy Problem and Weighted L^P_K Solutions of The System of Boltzmann Equations for Monatomic Gas Mixtures (D-01) E. de la Canal*, I. M. Gamba, M. Pavić-Čolić University of Texas at Austin |
A Closure for High-Order Velocity Moments Equations Based on a Projection Technique (P-03) T. Pichard Institut polytechnique de Paris |
Mean-Field Kinetic Theory Analysis of Evaporation Coefficient and Condensation Coefficient of Vapor Molecules in the Presence of NonCondensable Gas under Non-Equilibrium Conditions (O-02) K. Ohashi*, K. Kobayashi, H. Fujii, M. Watanabe Hokkaido University |
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23:50~00:00 15:50~16:00 07:50~08:00 |
Geometric Correction for Boundary Layer Expansion in Kinetic Theory (G-06) Y. Guo Brown University |
Numerical Modeling of Rarefied Gases Using an ES-BGK Collision Model for the Boltzmann Equation (V-01) D.A.M. van der Woude*, M.R.A. Abdelmalik, E.H. Van Brummelen Eindhoven University of Technology |
Thermal Transpiration Flows Induced by Differences in Accommodation Coefficients (S-09) S. Sugimoto*, H. Sugimoto Kyoto University |
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00:00~00:10 16:00~16:10 08:00~08:10 |
Stationary BGK Models for Chemically Reacting Gas in a Slab (L-01) M.-S Lee*, D. Kim, S.-B Yun Sungkyunkwan University |
Complex Thermally Induced Gas Flows Due to the Competition of Natural Convection and Thermal Creep (Y-04) S. Yao*, J. Zhang, F. Fei Beihang University |
Propagation of Two-Dimensional Acoustic Disturbances in a Rarefied Gas (M-04) A. Manela, Y. Ben-Ami Technion - Israel Institute of Technology |
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00:10~00:20 16:10~16:20 08:10~08:20 |
On the Cauchy Problem for Spatial Homogeneous Boltzmann Model Describing a Polyatomic Gas (P-02) M. Pavić-Čolić, I. M. Gamba University of Novi Sad |
Recent Progress on Efficient Multiscale Numerical Methods for Kinetic Equations (L-05) C. Liu Institute of Applied Physics and Computational Mathematics |
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| Break Time (10 mins) | |||
| Lagrangian Methods for the BGK Model (Chair: S.B. Yun, Sungkyunkwan University) |
Numerical Methods for Kinetic Equations and Multiphase Flows (Chair: V. Titarev, Russian Academy of Sciences)) |
Hypersonics: Theory and Simulation I (Chair: I. J. Wysong, AFRL) |
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00:30~00:40 16:30~16:40 08:30~08:40 |
Conservative Semi Lagrangian Methods for Kinetic Equations (R-05) G. Russo, S. Boscarino, S. Y. Cho, S.-B. Yun University of Catania |
Spectral Hermite Approximation of Boltzmann’s Bilinear Collision Operator (H-01) A. Hanke*, M. Torrilhon RWTH Aachen |
★Best Student Presentation Day 1★ Analysis of the Intermediate Experimental Vehicle (IXV) Rarefied Aerothermodynamics (S-02) M. Schouler*, Y. Prevereaud, L. Mieussens ONERA |
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00:40~00:50 16:40~16:50 08:40~08:50 |
BGK Models for Inert Mixtures: Comparison, Hydrodynamic Limits and Applications (G-05) M. Groppi, S. Boscarino, S. Y. Cho, G. Russo University of Parma |
A Fast Fourier Spectral Method for the Non-Cutoff Boltzmann Equation (H-04) J.Hu, K.Qi* Purdue University |
Computational Study of Hypersonic Rarefied Gas Flow over Re-Entry Vehicles Using the Second-Order Boltzmann-Curtiss Constitutive Model (C-07) T. Chourushi*, A. S. Vishnu, S. Singh, R. S. Myong Gyeongsang National University |
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00:50~01:00 16:50~17:00 08:50~09:00 |
Local Velocity Grid Conservative Semi Lagrangian Schemes for the BGK Model (C-04) S. Y. Cho, S. Boscarino, G. Russo University of Catania |
High Instability Region for Dilute Granular Gases of Inelastic and Rough Hard Disks (M-08) A. Megias*, A. Santos Universidad de Extremadura |
Improved Theory for Shock Waves Using OBurnett Equations (J-01) R. S. Jadhav*, Amit Agrawal Indian Institute of Technology Bombay |
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01:00~01:10 17:00~17:10 09:00~09:10 |
Towards Uniformly Accurate Semi Lagrangian Methods for the BGK Model of Boltzmann Equation (B-05) S. Boscarino, S. Y. Cho University of Catania |
Stochastic Simulation of a Spherical Rigid Particle Suspended in a Rarefied Gas (V-02) N. Vasileiadis, D. Valougeorgis University of Thessaly |
Vibrational Modelling with Anharmonic Model in DSMC (C-10) C. Civrais*, C. White, R. Steijl University of Glasgow |
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01:10~01:20 17:10~17:20 09:10~09:20 |
Interaction of Rigid Body Motion and Rarefied Gas Dynamics (T-03) S. Tiwari, A. Klar, G. Russo TU Kaiserslautern |
Flow Dynamics of a Shock Accelerated Square Heavy Bubble in Diatomic and Polyatomic Gases (S-07) S. Singh, M. Battiato Nanyang Technological University |
Partition Functions and Heat Capacities for High Temperature Applications (B-07) M. Buchowiecki University of Szczecin |
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01:20~01:30 17:20~17:30 09:20~09:30 |
Convergence Estimates for SemiLagrangian Schemes for BGK Type Models (Y-05) S.-B. Yun, S. Boscarino, S. Y. Cho, G. Russo Sungkyunkwan University |
Odorous Chemical Substances of Microorganisms Associated with Household Air-Conditioning Systems (K-04) J. Kim Inha Institute of Space science and Technology |
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01:30~01:40 17:30~17:40 09:30~09:40 |
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Fully Adaptive Lattice Boltzmann Methods based on Multiresolution Analysis: Error Control, High Accuracy, Equivalent Equations and Grid Jumps (B-03) T. Bellotti*, L. Gouarin, B. Graille, M. Massot Institut Polytechnique de Paris |
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