Engineers at the Whiting School of Engineering at Johns Hopkins University and the Johns Hopkins Applied Physics Laboratory (APL) are harnessing additive manufacturing and artificial intelligence technology to develop new ways to improve both the speed of production and the strength of titanium parts.
GOTHENBURG, Sweden—Engineers at the Chalmers University of Technology here have developed a massless energy storage device that functions as both a battery and a load-bearing structure.
CORBETTA, Italy—A lightweight urethane developed by global automotive supplier Marelli Europe S.p.A. has received a 2023 Enlighten Award from software company Altair Engineering Inc. and the Center for Automotive Research.
RICHLAND, WA—Engineers at the Pacific Northwest National Laboratory have developed a new manufacturing process that can convert recycled aluminum into parts for electric vehicles.
DETROIT—As electric vehicles continue to enter the mass market, aluminum demand will grow through the end of the decade, claims a new study conducted by Ducker Carlisle Worldwide LLC.
TOKYO—One of the many ways to reduce the energy required for transportation is to make vehicles lighter. High-strength (HS) steels are perfect materials for this purpose, as their higher weight-to-strength ratio allows for the use of less metal to achieve a similar structural integrity. Many automobile companies believe HS steels will be essential for building cars in the future.
TOKYO—Teijin Ltd. and Applied Electric Vehicles have developed a low-speed electric vehicle for autonomous driving systems and other mobility applications.
