As information technology and computing power have advanced and improved over the years, modeling and simulation tools, sophisticated analytical capabilities, and data analytics have increased in importance throughout a product's lifecycle. For the U.S. DoD, two concepts born in the Science & Technology realm -- Digital Thread and Digital Twin -- are changing the way weapon systems are developed and maintained throughout their lifecycle, taking advantage of artificial intelligence, virtual and augmented reality, physics, and probabilistic techniques to transform decision making.
"Digital Thread and Digital Twin Revealed" will take AA&S/PS&S attendees inside these two concepts with a focus on military aircraft development, lifecycle management, and sustainment.
Building on Tuesday afternoon's DT/DTw technical session, the "Digital Thread and Digital Twin Revealed" Exhibit will provide an introduction to DT/DTw and an overview of how DT/DTw applies in each part of the acquisition lifecycle. It will describe the key components of DT/DTw in the areas of Concept Development; Design and Developmental Test & Evaluation; Production; and Operation and Sustainment. In each lifecycle area, detailed examples will describe enabling Science & Technology developments and their impact on the enterprise. Key collaborations and successes will be highlighted and remaining challenges and technology gaps will be identified.
AFRL experts will be on hand to interact with attendees. Participants will be able to delve deeper into the underlying technologies and their impact on activities such as Airworthiness Certification, Sustainment, and Logistics/Supply Chain Management by following one or more specific "threads" through the entire lifecycle via tailored, guided tours. Attendees will have the chance to experience firsthand how augmented reality technology can exploit the DT to connect humans to information in an intuitive, user-friendly manner by taking AFRL's interactive, mixed-reality DT demonstration for a test drive using Microsoft's Hololens device.
We are excited to bring this unique exhibit to AA&S/PS&S and we look forward to seeing you there!
Come explore Air Force Research Laboratory (AFRL) capabilities being developed for the logistics, sustainment and integrity communities! These technologies ensure safe, available systems at the lowest cost and maximum performance to our warfighter. This includes technologies developed to meet the objectives of Logistics Sustainment Enterprise 2040 (LSE 2040). To show how this all integrates...take a moment to experience the Digital Twin and Digital Thread journey!
Pratt & Whitney's F135 propulsion engine powers three variants of the world's most advanced multi-role fighter - the F-35 Lightning II. The fifth generation, single-engine tactical fighter provides unmatched capabilities to military forces around the world. The F135 is the world's most advanced fighter engine, delivering more than 40,000 lbs. of thrust and unmatched advances in engine safety, design, performance, and reliability.