Poster Session II - Thursday 11th July 2019
| Order | 1-min Order | 1-min Presentation before what session | Part of Which Session | Title | Name | Affiliation | Status |
|---|---|---|---|---|---|---|---|
| B1 | V.1 | Solar System Exploration I - Mercury, Venus, Giant Planets, and Titan | Solar System Exploration I - Mercury, Venus, Giant Planets, and Titan | Altitude Control Balloon Testbed For Planetary Atmospheres | Jasper Thomas | Camosun College | Student |
| B2 | V.2 | Solar System Exploration I - Mercury, Venus, Giant Planets, and Titan | Solar System Exploration I - Mercury, Venus, Giant Planets, and Titan | Investigation Of Suggested Atmospheric Microbes On Venus And Similarities With Earth's Atmosphere | Denise Lainez | San Jose State University | Student |
| B3 | V.3 | Solar System Exploration I - Mercury, Venus, Giant Planets, and Titan | Solar System Exploration I - Mercury, Venus, Giant Planets, and Titan | Venus Cloud Village: An EDL Sequence For Bringing Humans To The Venusian Atmosphere | Stephen Hunt | University of Southern California | Student |
| B4 | V.4 | Solar System Exploration I - Mercury, Venus, Giant Planets, and Titan | Solar System Exploration I - Mercury, Venus, Giant Planets, and Titan | A Compact, Versatile Net Flux Radiometer For Ice Giant Probes | Shahid Aslam | NASA, Goddard Space Flight Center | |
| B5 | V.5 | Solar System Exploration I - Mercury, Venus, Giant Planets, and Titan | Solar System Exploration I - Mercury, Venus, Giant Planets, and Titan | Science Drivers And Measurement Targets For The In-Situ Study Of Venus' Unidentified Cloud Absorber | Kandi Jessup | Southwest Research Institute | |
| B6 | V.6 | Solar System Exploration I - Mercury, Venus, Giant Planets, and Titan | Solar System Exploration I - Mercury, Venus, Giant Planets, and Titan | Latitudinal variation in abundance of hydrogen sulphide and methane in the atmospheres of Uranus and Neptune: Implication for future entry probes | Patrick Irwin | University of Oxford | |
| B7 | V.7 | Solar System Exploration I - Mercury, Venus, Giant Planets, and Titan | Solar System Exploration I - Mercury, Venus, Giant Planets, and Titan | Investigation of Aerocapture G&C for Ice Giants Missions | Benjamin Tackett | AMA Inc. at NASA Langley Research Center | |
| B8 | V.8 | Solar System Exploration I - Mercury, Venus, Giant Planets, and Titan | Solar System Exploration I - Mercury, Venus, Giant Planets, and Titan | The Annwn Probe: A Scalable Titan Mission Concept for Tracking the Hydrocarbon Cycle | David Davies | UCL/MSSL | Student |
| B9 | VI.1 | Entry, Descent, and Landing Technologies | Entry, Descent, and Landing Technologies | SERENADE-Ex: an entry capsule designed to characterize the Martian atmosphere and to provide flight data | Tanguy Krzymuski | CentraleSupélec | Student |
| B10 | VI.2 | Entry, Descent, and Landing Technologies | Entry, Descent, and Landing Technologies | AeroDrop: Dual Aerocapture-Entry Architecture for Multiple Spacecraft Missions | Samuel Albert | University of Colorado, Boulder | Student |
| B11 | VI.3 | Entry, Descent, and Landing Technologies | Entry, Descent, and Landing Technologies | Obstacle Avoidance With Sequential Convex Optimal Powered Descent Guidance | Padraig Lysandrou | University of Colorado, Boulder | Student |
| B12 | VI.4 | Entry, Descent, and Landing Technologies | Entry, Descent, and Landing Technologies | Optimal Lift and Drag Modulation Hypersonic Control Options for High Ballistic Coefficient Entry Vehicles at Mars | Nicklaus Richardson | University of Illinois at Urbana-Champaign | Student |
| B13 | VI.5 | Entry, Descent, and Landing Technologies | Entry, Descent, and Landing Technologies | Atmospheric Neural Net Application To Martian Entry, Descent, And Landing | Shayna Hume | University of Colorado, Boulder | Student |
| B14 | VI.6 | Entry, Descent, and Landing Technologies | Entry, Descent, and Landing Technologies | Deployable Martian Aero-Decelerators: Design Of A Novel TPS Folding Concept | Danielle O'Driscoll | Imperial College, London | Student |
| B15 | VI.7 | Entry, Descent, and Landing Technologies | Entry, Descent, and Landing Technologies | Analytical Assessment Of Hypersonic Separation Dynamics For Drag Modulation Systems | Michelle McClary | University of Illinois at Urbana-Champaign | Student |
| B16 | VI.8 | Entry, Descent, and Landing Technologies | Entry, Descent, and Landing Technologies | Supersonic Retro-Propulsion For Launch Vehicle Stage Recovery And Entry, Descent And Landing Applications | Kieran Montgomery | Imperial College, London | Student |
| B17 | VI.9 | Entry, Descent, and Landing Technologies | Entry, Descent, and Landing Technologies | An Accessory Minimization Problem for Robust Numerical Predictor-Corrector Aerocapture Guidance | Casey Heidrich | University of Colorado, Boulder | Student |
| B18 | VI.10 | Entry, Descent, and Landing Technologies | Entry, Descent, and Landing Technologies | Operations Plans for the LOFTID 6-meter HIAD Flight Demonstration | Robert Dillman | NASA Langley Research Center | |
| B19 | VI.11 | Entry, Descent, and Landing Technologies | Entry, Descent, and Landing Technologies | Scalable Non-Propulsive Dynamic Mass-Shifting Control System For Entry, Descent, And Landing Systems | |||
| B20 | VI.12 | Entry, Descent, and Landing Technologies | Entry, Descent, and Landing Technologies | Analysis of Tip-Off Rates During Discrete-Event Drag Modulation for Venus Aerocapture | Annika Rollock | University of Colorado, Boulder | |
| B21 | VI.13 | Entry, Descent, and Landing Technologies | Entry, Descent, and Landing Technologies | Flight Control Techniques for Optimal Aerocapture Guidance | Rohan Deshmukh | Purdue University | Student |
| B22 | VII.1 | Solar System Exploration II - Airless Planetary Satellites, Asteroids, and Comets | Solar System Exploration II - Airless Planetary Satellites, Asteroids, and Comets | Science investigations of small solar system bodies with a landed CubeSat platform | Ozgur Karatekin | Royal Observatory of Belgium | |
| B23 | VII.2 | Solar System Exploration II - Airless Planetary Satellites, Asteroids, and Comets | Solar System Exploration II - Airless Planetary Satellites, Asteroids, and Comets | Icy Moon Sub-Surface Probe Radioisotope Heat Source Considerations | Daniel Kramer | University of Dayton | |
| B24 | VII.3 | Solar System Exploration II - Airless Planetary Satellites, Asteroids, and Comets | Solar System Exploration II - Airless Planetary Satellites, Asteroids, and Comets | Sample Return from a Relic Ocean World: the Calathus Mission to Occator Crater, Ceres | Lucy Kissick | University of Oxford | Student |
| B25 | VII.4 | Solar System Exploration II - Airless Planetary Satellites, Asteroids, and Comets | Modeling, Simulation, Testing, and Validation | Maturation of Heatshield for Extreme Entry Environment Technology (HEEET) through Extreme Aero-thermal Ground Testing at Arnold Engineering Development Complex (AEDC) | Joseph Williams | AMA Inc. at NASA Ames Research Center | |
| B26 | VII.5 | Solar System Exploration II - Airless Planetary Satellites, Asteroids, and Comets | Modeling, Simulation, Testing, and Validation | Heatshield Entry Modeling Using A Design, Analysis, And Optimization Toolbox | Jeremie Meurisse | STC at NASA Ames Research Center | |
| B27 | VII.6 | Solar System Exploration II - Airless Planetary Satellites, Asteroids, and Comets | Modeling, Simulation, Testing, and Validation | Hypersonic Flows in Thermochemical Nonequilibrium with Immersed Boundary Method and Adaptive Mesh Refinement | Monal Patel | Imperial College London | Student |
| B28 | VII.7 | Solar System Exploration II - Airless Planetary Satellites, Asteroids, and Comets | Modeling, Simulation, Testing, and Validation | Comparison of Chemical Kinetic Models for Aerothermal Simulations of Entry into Gas Giants | Alex Carroll | University of Michigan - Ann Arbor | Student |
| B29 | VII.8 | Solar System Exploration II - Airless Planetary Satellites, Asteroids, and Comets | Modeling, Simulation, Testing, and Validation | Commissioning of the Oxford T6 Stalker Tunnel in Reflected Shock Tunnel Mode | Suria Subiah | Oxford University | Student |
| B30 | VII.9 | Solar System Exploration II - Airless Planetary Satellites, Asteroids, and Comets | Modeling, Simulation, Testing, and Validation | Status Of Global Reference Atmospheric Model (GRAM) Upgrades | Hilary Justh | NASA Marshall Space Flight Center | |
| B31 | VII.10 | Solar System Exploration II - Airless Planetary Satellites, Asteroids, and Comets | Modeling, Simulation, Testing, and Validation | Development of Patch Integral Method for Hypersonic Thermal Imaging Analysis | Jon Cheatwood | Virginia Tech | Student |
| B32 | VII.11 | Solar System Exploration II - Airless Planetary Satellites, Asteroids, and Comets | Modeling, Simulation, Testing, and Validation | DSMC Simulation Of Hypersonic Flow Over TPS Microstructures | Sahadeo Ramjatan | University of Minnesota | Student |