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Home » Electronics & Semiconductors » Fatigue strength of hybrid joined multi-material structures: Fraunhofer LBF identifies high potential for lightweight design Fatigue strength of hybrid joined multi-material structures: Fraunhofer LBF identifies high potential for lightweight design Posted by PublisherElectronics & Semiconductors Thursday, 21. January 2021 Increasingly stringent statutory emission limits are pushing the automotive industry toward innovative lightweight design solutions. In this context, the fatigue strength of thin sheet metal structures, especially made from multi-mat...

Beyond batteries: Inside the latest innovation poised to power our smart wearables Beyond batteries: Inside the latest innovation poised to power our smart wearables HONG KONG, Dec. 15, 2020 — When it comes to moving the needle forward in technological innovation, The Chinese University of Hong Kong (CUHK) continues to lead the way among Asia-Pacific universities. With a faculty of researchers and professors dedicated to solving practical problems and meeting modern challenges head-on, CUHK has generated a portfolio of top-class technology. Its most recent endeavor? Time itself, so to spea...

(1) HONG KONG, Dec. 15, 2020 (GLOBE NEWSWIRE) -- When it comes to moving the needle forward in technological innovation, The Chinese University of Hong Kong (CUHK) continues to lead the way among Asia-Pacific universities. With a faculty of researchers and professors dedicated to solving practical problems and meeting modern challenges head-on, CUHK has generated a portfolio of top-class technology. Its most recent endeavor? Time itself, so to speak. Developed by Professor Wei-Hsin Liao, the latest breakthrough to come out of CUHK is a prototype in the form of an energy harvester that lever...