Air Force Academy Douglas Stanley, National Institute of Aerospace YOUNG PROFESSIONAL CHAIR Ali K. For more information, visit, or follow us on 3Ĥ Organizing Intro Committee EXECUTIVE STEERING COMMITTEE Pamela Melroy, Forum General Chair, Former NASA Astronaut Scott Fouse, Lockheed Martin Corporation Michael Gazarik, Ball Aerospace Chuck Gustafson, The Aerospace Corporation Jill Marlowe, NASA Langley Research Center Darryll Pines, University of Maryland Martiqua Post, Forum 360 Chair, U.S. With nearly 30,000 individual members from 88 countries, and 95 corporate members, AIAA brings together industry, academia, and government to advance engineering and science in aviation, space, and defense. aiaa (#aiaascitech) /aiaafan /aiaatv /companies/aiaa /aiaaevents /aiaaerospace /aiaavideo/scitech2018 Exhibitors by Booth Number Exhibitors General Information Meet our 2017 Best Paper Authors Author and Sessions Chair Information Committee Meetings/Events Author and Session Chair Index Venue Map Notes Join the Q&A at On-Site Wi Fi Network Name: AIAASciTech Password: 2018scitech The American Institute of Aeronautics and Astronautics (AIAA) is the world s largest aerospace technical society. AIAA staff will be in the HUB on Wednesday, 0930, to gather feedback from attendees. AIAA is currently investigating a new conference app for future forums and would like your feedback regarding tools you would like to see included in the app.
The full program can be found online here: or by scanning the QR code. 7 Forum Overview Plenary Sessions.13 Forum Sessions at a Glance.17 Program Details Special Sessions and Events Rising Leaders in Aerospace Recognition and Lectures Networking Activities Exposition Hall The HUB Exposition Hall Floor Plan Please be advised that AIAA s partner for our forums is no longer supporting the conference app. Learn more at /skunkworks 2017 LOCKHEED MARTIN CORPORATIONģ Contents Contents. And it s that same vision that will allow Skunk Works to continue developing the world s most advanced aircraft well into the future. It took a clear vision to produce the world s fastest jet aircraft, first production stealth fighter and highest flying manned aircraft. Lockheed Martin Skunk Works has been a trusted partner in creating revolutionary aircraft and technologies for nearly 75 years. AT LOCKHEED MARTIN, WE RE ENGINEERING A BETTER TOMORROW. #aiaascitechĢ A CLEAR VISION FOR THE FUTURE. A comparison is made for the decomposition percentage of SO 3 for the packed bed approach and the porous media approach.1 8 12 JANUARY 2018 KISSIMMEE, FL SEIZING THE NEXT DIGITAL TRANSFORMATION See what s in Check pages for details. The decomposition percentage of sulfur trioxide is found for the packed bed region with different pellets and the numerical results obtained is compared with the experimental results. The numerical model is created using GAMBIT and fluid, thermal and chemical analyses were performed using FLUENT.
Staggered and regular packing methods are used for packing the pellets in the packed bed region. The engineering design of the packed bed was very much influenced by the structure of the packing matrix, which was governed by the shape, dimension and the loading of the constituent particles.
Cylindrical, spherical, cubical and hollow cylindrical pellets have been arranged inside the packed bed. The decomposer region of the bayonet heat exchanger also called as silicon carbide integrated decomposer (SID) is designed as the packed bed region. In this study a three-dimensional computational model of high-temperature heat exchanger and decomposer for decomposition of sulfur trioxide by the sulfur–iodine thermochemical water-splitting cycle with different packed bed designs has been done. The Department of Energy (DOE) Nuclear Hydrogen Initiative was investigating thermochemical cycles for hydrogen production using high-temperature heat exchangers. The growth of global energy demand during the 21st century, combined with the necessity to master greenhouse gas emissions has lead to the introduction of a new and universal energy carrier: hydrogen.