2013 National Space & Missile Materials Symposium
2013 National Space & Missile Materials Symposium
2013 National Space & Missile Materials Symposium
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1625 - 1650 Summary of Pre-Test<br />
Predictions and Post-Test<br />
Results for Structurally<br />
Integrated Thermal<br />
Protection System Joint<br />
Subelements, Mr. Daniel<br />
Howren, <strong>Materials</strong><br />
Research & Design, Inc.<br />
Hypersonic Inflatable<br />
Decelerator Study, Dr. Suraj<br />
Rawal, Lockheed Martin<br />
Fiber Placement of an Out<br />
of Autoclave Tank Using<br />
Low cost Platforms, Mr.<br />
Brice Johnson, Boeing<br />
1650 - 1900 Poster Session and Reception (Sponsored by Boeing)<br />
Thursday, 27 June <strong>2013</strong><br />
0700 - 0745 Speaker Breakfast for Thursday Presenters<br />
0700 - 0800 Attendee Continental Breakfast<br />
0700 - 1530 Registration<br />
Concurrent Sessions<br />
<strong>Missile</strong>s & <strong>Missile</strong> Defense<br />
Session Organizers: Dr.<br />
Doug Deason, MDA; Mr.<br />
Gerald Russell, RDECOM;<br />
Mr. Mark Smith, AEDC; Mr.<br />
Paul Marchol, Aerojet; and<br />
Dr. Curtis Martin, NSWCCD<br />
Innovations in <strong>Materials</strong><br />
Session Organizers: Dr.<br />
John Rivard, ORNL; Dr. Russ<br />
Lipeles, The Aerospace<br />
Corporation; Dr. Eric<br />
Wuchina, NSWC; Dr. Brian<br />
Holloway, DARPA; Dr.<br />
Anne Fischer, DARPA; and<br />
Dr. John Schmisseur,<br />
AFOSR<br />
<strong>Space</strong> Access &<br />
Propulsion<br />
continued<br />
0800 - 0805 Session Intro Session Intro Session Intro<br />
0805 - 0830 Technology Roadmap for<br />
Affordable and Producible<br />
EO/IR/RF Sensor Window<br />
<strong>Materials</strong>, Mr. Doug<br />
Freitag, USACA<br />
0830 - 0855 UHT CMCs for Propulsion<br />
Applications, Mr. Steve<br />
Kirkwood, MATECH<br />
0855 - 0920 Survivable Broadband<br />
Optical Coating for<br />
Ballistic <strong>Missile</strong> Defense<br />
Missions, Dr. Bill Goodman,<br />
Trex Enterprises<br />
Corporation<br />
0920 - 0945 Powder Towpreg Process<br />
for Fabrication of High<br />
Temperature Composites,<br />
Dr. Ronald Allred,<br />
Adherent Technologies,<br />
Injection Moldable<br />
Pressureless Sintered<br />
Silicon Nitride, Mr. Mark<br />
Hawthorne, ATC <strong>Materials</strong><br />
In Situ Processing of Lunar<br />
Glass Fiber and<br />
Composites, Dr. Edward<br />
Pope, MATECH<br />
Synthesis of Alloyed<br />
Nanocarbide/Graphene<br />
Nanocomposites by a<br />
Scalable Process, Dr. E.G.<br />
Baburaj, Clarkson<br />
Aerospace Corp.<br />
Mechanical Properties of<br />
Spark Plasma Sintered ZrB2<br />
with Oxide Reducing<br />
Agents, Mr. David Pham,<br />
University of Arizona<br />
Compression Analysis and<br />
Test of Fluted-Core<br />
Sandwich Composite<br />
Panels, Dr. Marc Schultz,<br />
NASA LaRC<br />
Thin, Lightweight Aerogel<br />
Thermal Insulation for<br />
<strong>Space</strong> Applications, Dr.<br />
Shannon White, Aspen<br />
Aerogels, Inc.<br />
A Technical Evaluation of<br />
Additive Manufacturing<br />
Readiness for Rocket<br />
Engine Component<br />
Manufacturing, Mr. David<br />
Salazar, Sierra Lobo, Inc.<br />
Additive Manufactured<br />
Propulsion Systems<br />
Development Status and<br />
Applications, Mr. Christian<br />
Carpenter, Aerojet