Paper # | Session | Session Chair | Title | Authors | Affiliation | View Presentation |
View Paper |
TFAWS-04-1001 | Thermal Software | Ruth Amundsen (NASA/LaRC) | Use of the Interface-Backload method for Solving LISA and other Large, Divided Thermal Problems | Hume Peabody | Swales Aerospace | X | |
TFAWS-04-1003 | Thermal Software | Using UGS I-deas TMG? to Support Legacy SINDA/TRASYS models | R. Scott Miskovish | ATA Engineering, Inc | X | ||
TFAWS-04-1004 | Thermal Software | Some Impacts of Mesh Density on the Accuracy of Finite Difference Thermal Model Results | Perry Ramsey | ITT Industries | X | ||
TFAWS-04-1005 | Thermal Software | Online parameter estimation applied to mixed conduction/radiation heat transfer. |
Tejas Shah | Spacecraft Technology Center-Texas A&M University | X | ||
TFAWS-04-1006 | Thermal Software | Numerical Modeling of Conjugate Heat Transfer in Fluid Network | Alok Majumdar | NASA/Marshall Space Flight Center | X | ||
TFAWS-04-1007 | Thermal Software | Numerical Modeling of Nucleation Boiling in Thin Film of Liquid and Effect of Droplet Impact | R. Panneer Selvam | University of Arkansas | X | ||
TFAWS-04-1008 | Thermal Hardware | Glenn Tsuyuki (NASA/JPL) | A Methodology for Measuring Thermal Properties of Spacecraft Bearings in Motion | Y. R. Takeuchi | The Aerospace Corporation | X | |
TFAWS-04-1009 | Thermal Hardware | Design and Analysis of the Thermal Control System for the Space Technology 5 Microsatellite | David Neuberger | Swales Aerospace | X | X | |
TFAWS-04-1010 | Thermal Hardware | A Simple Representation of the Impact of a Loop Heat Pipe on a Space System | Perry Ramsey | ITT Industries | X | ||
TFAWS-04-1011 | Thermal Hardware | Pressure Drop and Temperature Drop Analysis of the Optimal Top Cap Design of Evaporator of the Micro Loop Heat Pipe | PraveenKumar Arragattu | University of Cincinnati | X | ||
TFAWS-04-1012 | Thermal Hardware | Nucleate Boiling Study Inside the Evaporator of Planar Loop Heat Pipe | Junwoo Suh | University of Cincinnati | X | ||
TFAWS-04-1013 | Thermal Hardware | Long Term Characterisation of the Ulysses Reaction Control System |
Colin Goulding | NASA JPL | X | ||
TFAWS-04-1014 | Thermal Hardware | Thermal Analysis Of A Mems Based Broadband Light Source: Test Data And Model | Eric Golliher | NASA GRC | X | ||
TFAWS-04-1015 | Aerothermal/CFD | Gerald Russell (US Army) | Hyper-X Hot Structures Correlation of Thermal Analysis and Flight Data | Walt Bruce | NASA Langley Research Center | X | |
TFAWS-04-1016 | Aerothermal/CFD | CFD Analysis of Inlet and Outlet Regions of Coolant Channels in an Advanced Hydrocarbon Engine Nozzle | Kevin Anderson | Cal Poly Pomona | X | X | |
TFAWS-04-1017 | Aerothermal/CFD | A Model for Melting Ablation in Hypersonic Heating | Tse-Fou Zien | Naval Surface Warfare Center | X | ||
TFAWS-04-1018 | Aerothermal/CFD | Aeroheating Analysis for Planetary Re-entry Vehicles | Alvin Murray | ITT Aerotherm | X | ||
TFAWS-04-1019 | Aerothermal/CFD | NASA Reentry Material Technology Test and Evaluation | Gerald Russell | US Army | X | ||
TFAWS-04-1020 | Aerothermal/CFD | Comparison Of Engineering Level and Full Navier Stokes Predictions With Test Data At The Navy?s Hot Gas Blowdown Facility T-Range | Ron Schultz | Naval Air Warfare Center | X | ||
TFAWS-04-1021 | Aerothermal/CFD | Progress in Fielding a Zero-Focus Shadowgraph System for Ablation Measurement during Arc Jet Testing | Peter Sherrouse | Aerospace Testing Alliance, AEDC | X | ||
TFAWS-04-1023 | Aerothermal/CFD | Commerical Upgraded Military Heritage Re-entry Vehicle Thermal Sensors for Current Generation TPS Ground & Flight Evaluation | John M. Cassanto | Astrometrics Inc. | X | ||
TFAWS-04-1024 | Aerothermal/CFD | Status of Advanced Two Phase Flow Model Development for SRM Chamber Flow Field and Combustion Modeling | Gary Luke | Aerojet | X | ||
TFAWS-04-1025 | Aerothermal/CFD | Status of Advanced Boundary Layer Code Development for SRM Nozzle Ablation Including Two Phase Flow Effects |
Brian Mclaughlin | Aerojet | X |