摘要
The emergence of mechanically one-way materials presents an exciting opportunity for materials science and engineering. These substances exhibit unique nonreciprocal mechanical responses, enabling them to selectively channel mechanical energy and facilitate directed sound propagation, controlled mass transport, and concentration of mechanical energy amidst random motion. This article explores the fundamentals of mechanically one-way materials, their potential applications across various industries, and the economic and environmental considerations related to their production and use.
The emergence of mechanically one-way materials presents an exciting opportunity for materials science and engineering. These substances exhibit unique nonreciprocal mechanical responses, enabling them to selectively channel mechanical energy and facilitate directed sound propagation, controlled mass transport, and concentration of mechanical energy amidst random motion. This article explores the fundamentals of mechanically one-way materials, their potential applications across various industries, and the economic and environmental considerations related to their production and use.
作者
Sunil Harripersad
Sunil Harripersad(SBCS Global Learning Institute Limited, Port of Spain, Trinidad & Tobago;Faculty of Mechanical Engineering, Atlantic International University, Honolulu, Hawaii, USA;Faculty of Science, American Association for the Advancement of Science (AAAS), Washington, D.C., USA;Department of Planning, RCA, and R&D, Coosal’,s Group of Companies, Port of Spain, Trinidad and Tobago;Caterpillar, Engineering, Technicians for the World Program, Irving, Texas, USA;Faculty of Engineering, TECH Technological University, Tenerife, Spain)
