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Briefs Manufacturing & Prototyping
Strain-Induced Porosity Model
AFRL scientists developed advanced computer models to improve the processing and quality of titanium alloys used in manufacturing gas turbine engine parts and critical structural components for military aircraft....
Briefs Materials
Microelectromechanical Systems Switch Simulator
AFRL materials scientists developed a highly sophisticated laboratory instrument that simulates the effects of physical forces and electrical current on microelectromechanical systems (MEMS)...
Briefs Materials
AFRL Supports C-5A Evaluation Program
AFRL materials integrity experts are collaborating with the Aeronautical Systems Center's C-5 Systems Group, Warner Robins Air Logistics Center (WR-ALC), and Air Mobility Command (AMC) in an effort to...
Briefs Aerospace
Dynamic Air Battle Planning
An air tasking order (ATO) implements air operations supporting the joint force commander's campaign by assigning aircraft and munitions to targets and specifying the timing and grouping of air missions. Currently,...
Briefs Defense
Advanced Hardware-in-the-Loop Sensor Simulation
AFRL researchers and their counterparts at CG2, Inc., a wholly owned subsidiary of Quantum3D, Inc., are collaborating through a Phase II Small Business Innovation Research (SBIR) contract to...
Briefs Data Acquisition
AFRL Supports Desert Hawk Program
AFRL aeronautical engineers collaborated with the Electronic Systems Center's (ESC) Force Protection Program Office, Hanscom Air Force Base (AFB), Massachusetts, to conduct an in-house effort assessing the...
Briefs Materials
Composites Affordability Initiative
AFRL and Boeing have developed an innovative structural inspection technique for testing bonded structures. This technique provides materials engineers a first-time, validated, nondestructive capability to...
Briefs Materials
Geopolymers
The use of ceramics in an ancient culture is one measure of that society's overall technical sophistication. Combining the study of ancient ceramics with modern science and technology has led to the creation of new ceramics with...
Briefs Materials
Recent Advances in Insensitive Munitions
AFRL scientists from the High Explosives Research and Development facility successfully developed, demonstrated, and transitioned a next-generation melt-castable explosive formulation. The new...
Briefs Manufacturing & Prototyping
Super-High-Strength Aluminum Alloy
AFRL researchers developed a super-high-strength aluminum alloy that engineers can use to improve the capability and performance of aerospace components—cryogenic rocket engine components, in particular....
Briefs Software
Rapid Model Fabrication for Responsive Aerodynamic Experimental Research
Technicians machine traditional metal wind tunnel models in a process that can span months. Although these models are highly precise, the meticulously slow manufacturing...
Briefs Software
Unified Flow Solver
A variety of gas flow problems are characterized by the presence of rarefied and continuum domains. In a rarefied domain, the mean free path of gas molecules is comparable to (or larger than) a characteristic scale of the...
Briefs Materials
Dielectric Coolants
The Joint Strike Fighter (JSF) is the Department of Defense's affordable next-generation strike aircraft designed to meet the needs of the Air Force (AF), Navy, Marines, and US allies. Currently in development by Lockheed...
Briefs Photonics/Optics
Monazite Deformation Twinning Research
AFRL scientists have significantly advanced the understanding of a phenomenon called deformation twinning, a major materials deformation mechanism that is particularly important at low temperatures and...
Briefs Materials
Design of Lightweight and Durable Composite Structures
In the field of engineering design, "factors of safety" are derivatives of inadequate knowledge and therefore are a necessary, but costly, element of engineering design. Designing...
Briefs Aerospace
Characterizing Mechanical Properties at the Microscale
Scientists from AFRL, Pratt & Whitney Aircraft, and General Electric Aircraft Engines, working under the Defense Advanced Research Projects Agency's Accelerated Insertion of Materials...
Briefs Materials
Ceramic Matrix Composites Research
AFRL scientists characterized and evaluated the high-temperature mechanical behavior of fiber-reinforced ceramic matrix composite (CMC) materials used in aerospace structural applications. Researchers examined...
Briefs Materials
New Capability to Characterize the Mechanical Properties of Explosive Materials
Improved targeting accuracy and the long-standing desire to minimize collateral damage are causing current and future munitions to become much smaller. As munitions...
Briefs Software
Geo*View
Visualization of geospatially correct, remotely sensed data is a key element of many government and commercial applications. It enables a user to analyze and assess ground activities and other conditions of interest. Because remotely...
Briefs Software
Coordination of Autonomous Unmanned Air Vehicles
Future autonomous unmanned air vehicles (UAV) will need to work in teams to share information and coordinate activities in much the same way as current manned air systems. Funded by AFRL,...
Briefs Aerospace
Active Flow Control Demonstrated on “Airborne Wind Tunnel”
AFRL engineers, collaborating with aerospace manufacturers and other Air Force groups, recently demonstrated the first-ever airborne active flow control system when they manipulated...
Briefs Mechanical & Fluid Systems
Fruit Flies
He refers to them as "nature's fighter jets" and has devoted his life's work and an entire lab to monitor their every move. Thus is the relationship existing between Dr. Michael Dickinson and the objects of his attention—fruit...
Briefs Mechanical & Fluid Systems
Microelectromechanical Systems Inertial Measurement Unit Flight Test
AFRL and Boeing engineers conducted successful flight tests of microelectromechanical systems (MEMS) inertial measurement units (IMU) on the Joint Direct Attack Munition...
Briefs Materials
Innovative Processes Strengthen F-15E Vertical Stabilizers
AFRL materials engineers resolved a potentially serious problem that affects the operational life of F-15E vertical stabilizers. Working with engineers from Warner Robins Air Logistics...
Briefs Materials
Predicting the Composition of Metallic Glasses
AFRL scientists made significant progress in developing bulk metallic glasses to improve the durability and performance of aerospace components. They also successfully created working scientific...
Briefs Materials
Fire-Resistant Hydraulic Fluid
An AFRL-developed fire-resistant hydraulic fluid recently completed a B-52 flight test, and based on successful test results, systems engineers from Oklahoma City Air Logistics Center (OC-ALC) will adopt the fluid...
Briefs Mechanical & Fluid Systems
A New Method for Determining Aeroballistic Parameters From Flight Data
Dr. Gregg Abate, an AFRL exchange engineer, developed a new method for determining aeroballistic parameters from projectile flight data. Assigned to the Fraunhofer Institute...
Briefs Mechanical & Fluid Systems
Total In-Flight Simulator 50th Anniversary
AFRL's Total In-Flight Simulator (TIFS), a Convair C-131 Samaritan aircraft, entered service on March 22, 1955. The C-131 aircraft had performed various transport operations for approximately a decade...
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