By incorporating this mathematical modeling software, Kaman UK has reduced lead time by up to 30%.
The floating offshore wind demonstration project will reduce Maine’s overdependence on imported fossil fuels, produce more than $150 million in total economic output and create hundreds of jobs.
The initiative estimates that only one-tenth of the energy typically required when producing virgin carbon fiber will be used.
The company is investing more than 20 million CHF to set up a core material kitting factory and production site for blade molds, core material extrusion operation and more.
3D-printed bases can be printed on-site and will enable production of wind turbines up to 200 meters in height.
The third completed acquisition was part of the company’s long-term plan for growth opportunities in the composite marketplace.
The participation furthers GKN Aerospace’s growth in the defense market and ensures Sweden’s increased air combat capabilities.
Axiom’s expansion into c/SiC and SiC/SiC composite intermediates is licensed under the Japan Science and Technology Agency (JST), NITE and more.
Hexcel’s HexAM process produces stiff, lightweight and complex components that are often too expensive or impossible to produce.
Selected as the preferred wind turbine for 4.8 GW projects in the U.S. and U.K., the Haliade-X is considered the most powerful in operation to date.
AZL Aachen is hosting the third webinar in its Lightweight TechTalk series, titled, “Tape Integration Into Injection Molded Parts,” on Thursday, Aug. 13, 5:00 am-6:20 am EDT (11:00 am-12:20 pm CET).
The test is meant to confirm that water does not disrupt any of the MS-21’s existing systems, equipment or structural elements.
Plans to acquire German companies CFK and carboNXT will further MCC’s recycling initiative in the carbon fiber composites industry.
Vestas is supplying and supervising installation of 13 wind turbines made of composites, with the third quarter of 2021 the expected completion date.
Tenax dry reinforcements non-crimp fabrics and braided fibers will form the skins and stiffeners via automated RTM.