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Mr. Franklin E. Hoke, Jr., AFRL Information Directorate in Rome, NY


Mr. Franklin E. Hoke, Jr.

Mr. Franklin E. Hoke, Jr., AFRL Information Directorate in Rome, NY

Related Imagery
Capt. Kevin Divers of 1st Aerospace Medical Squadron demonstrates the fit of the Atenuating Customized Communications Earpiece System ( A.C.C.E.S.).(U.S. Air Force Photo Illustration/Senior Airman DeLicha E. Germany)
Students of Port St. Joe Middle School, in Port St. Joe, Florida were sponsored by the Air Force Civil Engineer Center at Tyndall Air Force Base, to participate in a FIRST LEGO League program in Biloxi, Mississippi. The funds were provided by the Department of Defense and delivered through an educational partnership agreement with Gulf County School District. Photo courtesy of Gulf County School District.
A team of researchers from the Air Force Research Laboratory Materials and Manufacturing Directorate (AFRL/RX), Griffith University, and Australian Synchrotron Facility are pictured in the Soft X-Ray Spectroscopy laboratory. The visit was part of research conducted under a Material Transfer Agreement between AFRL/RX and Griffith University. Pictured in the photo from left to right are: Mojtaba Amjadi Pour (QUT student), Tyson Back (AFRL contractor, Surface Scientist), Francesca Iacopi (former professor at Griffith University, currently at Univeristy of Technolgy Sydney) Patrick Soukiassian (long-time collaborator from CEA-Saclay, Synchrotron Expert), John Boeckl (AFRL/RX), and Anton Tadich (Australian Synchrotron, Beamline Scientist). (U.S. Air Force Photo)
A small unmanned aerial system undergoes tests in the Acoustics Laboratory at Owens Corning Science and Technology Center in Granville, Ohio. The Air Force Research Laboratory 711th Human Performance Wing, Airman Systems Directorate, Battlespace Acoustics Branch and Owens Corning have entered into a Cooperative Research and Development Agreement to develop and understand best practices for measuring and labeling the sound produced by small commercial unmanned air systems. (Courtesy photo / Owens Corning)
A next generation F-35 coatings application booth at Hill Air Force Base is set to become initially operational by October 2017. The state-of-the-art coatings booth project, led by the Air Force Research Laboratory’s Advanced Power Technology Office, is expected to save more than $330,000 annually in energy through the employment of advanced sensors, control logic and sophisticated software analysis tools to monitor and improve performance over the lifetime of the complex. (U.S. Air Force Courtesy Photo)
A test participant receives a 3-D full body scan at Bowling Green State University in Ohio. The participant is attempting to conceal an illegal object under their clothing through a simulated security checkpoint. This research was possible through an educational partnership agreement between the Air Force Research Laboratory 711th Human Performance Wing and Bowling Green State University. The research focused on human biomechanics and 3-D motion analysis. A specific area of interest was the change of size, shape and motion when an individual has concealed objects in the torso. Results from this research are projected to improve defense and security processes for the military. (Image courtesy of Bowling Green State University)
Dr. John Wertz, a materials research scientist in the Materials State Awareness Branch, Materials and Manufacturing Directorate, Air Force Research Laboratory, demonstrates Digital Thread concept applications to aircraft maintenance activities. Real time aircraft data, checklists and feedback through Digital Thread capabilities can enable better decision making by warfighters on the field, enhancing life cycle sustainment of Air Force platforms. (U.S. Air Force photo / Marisa Alia-Novobilski)
Dr. Zachary Farrell, a research scientist with UES in the Nanoelectronics Branch of the Materials and Manufacturing Directorate, Air Force Research Laboratory, examines liquid metal nanoparticles following ultra-sonication. Researchers here are exploring new potential applications for liquid metals by examining their microscopic properties. (U.S. Air Force photo/ Marisa Alia-Novobilski)
Scientists at the Air Force Research Laboratory are using the unique characteristic of liquid metal alloys to explore new ways to wire electronic systems. The unique properties of liquid metal alloys enable droplets to stack upon one another, unlike traditional liquids which flow into a singular shape. (Air Force courtesy photo)
The oxide skin on gallium-based liquid metals, shown here in suspension, give the materials the ability to hold a shape and to be reconfigured into new shapes that can maintain electrical conductivity. Scientists at the Air Force Research Laboratory have demonstrated the capacity for liquid metal alloys to be flowed through embedded material channels to create physically reconfigurable antennas and electronic circuits. (U.S. Air Force photo/Marisa Alia-Novobilski)
Embedded channel systems can be 3-D printed within an aerospace-grade structural composite in diverse shapes to flow liquid metal alloys to different positions, ultimately changing the function of embedded radio frequency antennas. (U.S. Air Force photo/Marisa Alia-Novobilski)
The Hole-to-Edge Measurement Technology system performs a non-contact inspection. The HEMT was developed by Creare, LLC under an Air Force Small Business Innovation Research agreement. The technology and other equipment was temporarily transferred to Creare, LLC under a Cooperative Research and Development Agreement with the Air Force Research Laboratory Materials and Manufacturing Directorate. (Courtesy photo/Creare, LLC)