SINTERING OF MONOLAYERED STAINLESS STEEL PARTICLES FOR THERMAL MANAGEMENT A Chandramouli et al скачать в хорошем качестве

SINTERING OF MONOLAYERED STAINLESS STEEL PARTICLES FOR THERMAL MANAGEMENT A Chandramouli et al

Three dimensional (3D) metallic porous structures are in great demand for various applications such as thermal management, filtration, lightweight structures, electrodes, and biomedical systems. Complex microporous structures are required for these desired functionalities. However, current manufacturing technologies, i.e., sintering, 3D printing, etc., have a few technical barriers that prevent them from being advantageous in developing 3D porous structures. Fabricating a sintered structure with a definite level of porosity is a challenge. The conventional sintering process, i.e. furnace sintering, can create porous single layer structures, however, this process is immensely time consuming. Also, it is difficult to control any predefined amount of porosity in the furnace sintered structure.