Composites 4.0
ITA graduate develops AI-supported monitoring system to detect damaged carbon fiber
Deniz Sinan Yesilyurt wins a Young Talent Award from VDMA for his Bachelor’s thesis that used machine learning to recognize various fiber defects with up to 99% accuracy during thermal stabilization.
Read MoresensXPERT Digital Mold earns 2022 AVK Innovation Award
Data-driven sensor technology optimizes and increases composites manufacturing efficiencies in real time, achieved through collaborative network.
Read MoreRewAir chooses Plataine to optimize wind turbine blade production lines
Plataine’s AI-based solution provides flexible optimization of primary production lines while reducing operational costs and carbon footprint.
Read MoreSwinburne AIR Hub partners with NIAR to drive local, international aerospace innovations
Collaboration will focus on digitization of aerospace composites, advanced manufacturing technologies and specialized simulation capabilities to pave the way for cleaner, greener, more affordable aviation.
Read MoreCarboScreen project to develop multimodal, sensor-based monitoring of carbon fiber production process
January 2023 CarboScreen project seeks to improve carbon fiber yield, reduce cost and improve properties.
Read MoreAirbus, Salam join forces for HAPS connectivity services using composite Zephyr drone
The solar-powered, carbon-neutral unmanned aircraft system (UAS) will support and progress the development of digital connectivity in Saudi Arabia.
Read MoreBroetje-Automation works with Boeing Germany, consortium in “Shimless Assembly” project
Foundation for future aircraft programs aims for -75% manufacturing time, -25% cost via end-to-end digitization, tolerance compensation and force-controlled joining.
Read MoreSiemens Gamesa, Airborne collaborate on automation of wind turbine blades
Joint efforts combine years of expertise in the manufacture of wind turbine blades, composite processing and automation to scale up operations.
Read MoreOhio Aerospace Institute receives U.S. Air Force award for digital transformation project
Six-year agreement called DRIVE will be executed by OAI and the AFRL to establish and operate an ecosystem for mitigating transformation risks in U.S. Air Force programs and activities.
Read MoreThermoplastic composites welding: Process control, certification, crack arresters and surface prep
More widespread use of welded composite structures within a decade? Yes, but further developments are needed.
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