2012 National Space & Missile Materials Symposium
2012 National Space & Missile Materials Symposium
2012 National Space & Missile Materials Symposium
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Rocketdyne; Mr. Mitch Petervary,<br />
Boeing; Mr. Brian Sullivan, <strong>Materials</strong><br />
Research & Design, Inc.; Mr. David<br />
Brewer, NASA LaRC; Dr. Monica<br />
Stucke, AFRL/XPP; Mr. Andy<br />
Swanson, AFRL/RBSA<br />
1330 - 1335 Session Introduction: Overview of<br />
AFRL Thermal Protection System<br />
Development Programs, Dr. Paul<br />
Jero, AFRL/RXLN<br />
1335 - 1400 Durability Assessment Of CMCs for<br />
Air Force TPS Applications, Mr. Larry<br />
Zawada, AFRL<br />
1400 - 1425 Innovative <strong>Materials</strong> & Processes<br />
Development for Structurally<br />
Integrated Thermal Protection<br />
Systems,<br />
Mrs. Kerry Hopp, <strong>Materials</strong><br />
Research & Design, Inc.<br />
1425 - 1450 Thermo-Photo-Shielding for Next<br />
Generation Thermal Protection<br />
System, Dr. Tao Deng, GE Global<br />
Research Center<br />
1450 - 1515 Development of Ceramic Microtruss<br />
as a Panel Core Structure for<br />
Thermal Protection Systems,<br />
Dr. Daniel Driemeyer, The Boeing<br />
Company<br />
1515 - 1545 Break<br />
1545 - 1610 C/SiC Truss Core for PGS, Ms.<br />
Leanne Lehman, The Boeing<br />
Company<br />
1610 - 1635 Integral SiC-SiC Structures for<br />
Thermal Protection,<br />
Dr. Oliver Sudre, Teledyne Scientific<br />
1635 - 1700 <strong>Materials</strong> Characterization and<br />
Optimization of Carbon-Carbon,<br />
Mr. Venkatakrishnan Raj<br />
Narayanan, Carbon Carbon<br />
Advanced Technologies, Inc.<br />
1700 - 1725 Ceramic Matrix Composites for<br />
Thermal Protection Systems,<br />
Mr. Randy Batzer, Lockheed Martin<br />
Aeronautics<br />
Wednesday, 27 June <strong>2012</strong><br />
0700 - 0745 Speaker Breakfast for Wednesday Presenters<br />
Session Introduction: Michael Maher, DARPA<br />
Advanced Carbon Fiber, Mr. Cliff Eberle,<br />
ORNL<br />
Carbon Nanotubes for <strong>Space</strong> Applications,<br />
Mr. Matthew Gross, Ball Aerospace &<br />
Technologies Corporation<br />
Practical Use of Multivariate Statistical<br />
Methods for Rapid Qualification of New<br />
<strong>Materials</strong>,<br />
Dr. Vanessa Oklejas, The Aerospace<br />
Corporation<br />
New High-Performance, Lower-Cost Alloys:<br />
Ferrium® M54, Ultra-High Strength, Ultra-High<br />
Toughness Steel, and High-Strength, High-<br />
Toughness Castable Titanium, Mr. Rich Kooy,<br />
QuesTek Innovations, Inc.<br />
Synthesis and Consolidation of Boride-<br />
Carbide Composites with Submicron Scale<br />
Microstructure,<br />
Dr. E. G. Baburaj, Clarkson Aerospace<br />
Corporation<br />
Liquid Precursor Systems of Ultrahigh<br />
Temperature Ceramics (UHTC) HfB2 and ZrB2<br />
by Rapid Sol-Gel Processing, Mr. Luke Walker,<br />
The University of Arizona<br />
Ionic Liquids: Lubricants for the Future,<br />
Dr. Jenny Devaud, Ball Aerospace and<br />
Technology Corporation<br />
Charge Dissipating Transparent Conformal<br />
Coatings for <strong>Space</strong>craft Electronics,<br />
Mr. Adam Goff, Luna Innovations, Inc.
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