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| 1 | +--- |
| 2 | +title: 4th Annual Developers Meeting Presentations |
| 3 | +layout: default |
| 4 | +--- |
| 5 | +<div class="row"> |
| 6 | +<div class="col-lg-12"> |
| 7 | +<h1 class="text-center">4th Annual Developers Presentation Session Agenda</h1> |
| 8 | + |
| 9 | +<table> |
| 10 | +<thead> |
| 11 | +<tr> |
| 12 | +<th>Time</th> |
| 13 | +<th>Title</th> |
| 14 | +<th>Authors</th> |
| 15 | +</tr> |
| 16 | +</thead> |
| 17 | +<tbody> |
| 18 | +<tr> |
| 19 | +<td>0830 - 0850</td> |
| 20 | +<td><strong>Vision and perspective of SU2 development center at National Institute of Aerospace (NIA) (Invited Talk)</strong></td> |
| 21 | +<td><u>Boris Diskin</u> (National Institute of Aerospace)</td> |
| 22 | +</tr> |
| 23 | +<tr> |
| 24 | +<td>0850 - 0910</td> |
| 25 | +<td><strong>Turbomachinery Capabilities in SU2: Status of Current Developments and Future Perspectives</strong></td> |
| 26 | +<td><u>Nitish Anand</u>, <u>Matteo Pini</u>, Piero Colonna (TU Delft)</td> |
| 27 | +</tr> |
| 28 | +<tr> |
| 29 | +<td>0910 - 0930</td> |
| 30 | +<td><strong>Aerodynamics of hinged rotorcraft in SU2, with applications to ice accretion and noise</strong></td> |
| 31 | +<td><u>Myles Morelli</u>, Alberto Guardone (PoliMi)</td> |
| 32 | +</tr> |
| 33 | +<tr> |
| 34 | +<td>0930 - 0950</td> |
| 35 | +<td><strong>Recent Developments of Hybrid RANS/LES in SU2</strong></td> |
| 36 | +<td><u>Eduardo S. Molina</u>, Juan J. Alonso (Stanford), Beckett Y. Zhou, Nicolas R. Gauger (TU Kaiserslautern)</td> |
| 37 | +</tr> |
| 38 | +<tr> |
| 39 | +<td>1000 - 1030</td> |
| 40 | +<td><strong>Coffee Break</strong></td> |
| 41 | +<td>-</td> |
| 42 | +</tr> |
| 43 | +<tr> |
| 44 | +<td>1030 - 1050</td> |
| 45 | +<td><strong>Multi-Physics Analysis and External Code Compatibility</strong></td> |
| 46 | +<td><u>Heather Kline</u> (National Institute of Aerospace)</td> |
| 47 | +</tr> |
| 48 | +<tr> |
| 49 | +<td>1050 - 1110</td> |
| 50 | +<td><strong>Shape and Topology Optimization of Fluid-Structure-Interaction Problems</strong></td> |
| 51 | +<td><u>Pedro Gomes</u>, Rafael Palacios (Imperial College London)</td> |
| 52 | +</tr> |
| 53 | +<tr> |
| 54 | +<td>1110 - 1130</td> |
| 55 | +<td><strong>Towards fully automated aerodynamics shape optimization of nonplanar wings with SU2</strong></td> |
| 56 | +<td><u>Rauno Cavallaro</u> (Universidad Carlos III Madrid)</td> |
| 57 | +</tr> |
| 58 | +<tr> |
| 59 | +<td>1130 - 1150</td> |
| 60 | +<td><strong>Boundary and Surface Shape Newton Schemes and Their Automatic Generation</strong></td> |
| 61 | +<td><u>Stephan Schmidt</u> (Universität Würzburg)</td> |
| 62 | +</tr> |
| 63 | +<tr> |
| 64 | +<td>1200 - 1330</td> |
| 65 | +<td><strong>Lunch</strong></td> |
| 66 | +<td>-</td> |
| 67 | +</tr> |
| 68 | +<tr> |
| 69 | +<td>1330 - 1350</td> |
| 70 | +<td><strong>Pressure-robustness - a new criterion for the accuracy of incompressible Navier-Stokes solvers at high Reynolds number and beyond</strong></td> |
| 71 | +<td><u>Alexander Linke</u> (Weierstraß Institut Berlin)</td> |
| 72 | +</tr> |
| 73 | +<tr> |
| 74 | +<td>1350 - 1410</td> |
| 75 | +<td><strong>Implementation of a pressure based incompressible solver in SU2</strong></td> |
| 76 | +<td><u>Akshay.K.R</u>, Huseyin Ozdemir (TNO), Edwin van der Weide (University of Twente)</td> |
| 77 | +</tr> |
| 78 | +<tr> |
| 79 | +<td>1410 - 1430</td> |
| 80 | +<td><strong>Streamwise periodic flow simulations</strong></td> |
| 81 | +<td><u>Tobias Kattmann</u> (Robert Bosch GmbH/TU Kaiserslautern)</td> |
| 82 | +</tr> |
| 83 | +<tr> |
| 84 | +<td>1440 - 1450</td> |
| 85 | +<td><strong>Accuracy verification by means of exact and manufactured solutions</strong></td> |
| 86 | +<td><u>Edwin van der Weide</u> (University of Twente), Thomas D. Economon (Robert Bosch LLC)</td> |
| 87 | +</tr> |
| 88 | +<tr> |
| 89 | +<td>1500 - 1530</td> |
| 90 | +<td><strong>Coffee Break</strong></td> |
| 91 | +<td>-</td> |
| 92 | +</tr> |
| 93 | +<tr> |
| 94 | +<td>1530 - 1550</td> |
| 95 | +<td><strong>SU2-NEMO: NonEquilibrium MOdels for Hypersonic Flows Using Mutation++</strong></td> |
| 96 | +<td><u>Catarina Garbacz</u>, Marco Fossati (University of Strathcylde), <u>Walter T. Maier</u>, Juan J. Alonso (Stanford University), James B. Scoggins (École Polytechnique), Thomas D. Economon (Robert Bosch LLC), Thierry Magin (Von Karman Institute)</td> |
| 97 | +</tr> |
| 98 | +<tr> |
| 99 | +<td>1550 - 1610</td> |
| 100 | +<td><strong>SU2 modified for rarefied flows</strong></td> |
| 101 | +<td><u>Goutham Sridhar</u>, Shreyas Ramanagar Sridhara (École Centrale de Lyon)</td> |
| 102 | +</tr> |
| 103 | +<tr> |
| 104 | +<td>1610 - 1630</td> |
| 105 | +<td><strong>Shock capturing in SU2 DG-FEM solver</strong></td> |
| 106 | +<td><u>Jae hwan Choi</u>, Juan J. Alonso (Stanford University), Edwin van der Weide (University of Twente)</td> |
| 107 | +</tr> |
| 108 | +</tbody> |
| 109 | +</table> |
| 110 | + |
| 111 | +</div> |
| 112 | +</div> |
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