Printed Lightweight(印刷轻量级)研究综述
Printed Lightweight 印刷轻量级 - This paper reports the failure and recovery mechanisms of 3D-printed lightweight honeycomb composites. [1] The main objective of this study is to develop 3D printed lightweight concrete (3DPLWC) mixture, with the intention of replacing natural aggregate with waste glass (WG) by 50 vol. [2] Four cases of a 3D printed lightweight foam concrete element with cavities, including conduction and/or radiation and/or convection, are analysed numerically and compared. [3] In addition, the 3D-printed lightweight smart armor with aligned GNs can sense its damage with a hesitated resistance change. [4]本文报道了 3D 打印轻质蜂窝复合材料的失效和恢复机制。 [1] 本研究的主要目的是开发 3D 打印轻质混凝土 (3DPLWC) 混合物，目的是用废玻璃 (WG) 代替 50 卷的天然骨料。 [2] 对四个具有空腔的 3D 打印轻质泡沫混凝土元件案例进行了数值分析和比较，包括传导和/或辐射和/或对流。 [3] 此外，带有对齐 GN 的 3D 打印轻型智能装甲可以通过犹豫的阻力变化来感知其损坏。 [4]
3d Printed Lightweight 3d 打印轻量级
The main objective of this study is to develop 3D printed lightweight concrete (3DPLWC) mixture, with the intention of replacing natural aggregate with waste glass (WG) by 50 vol. [1] Four cases of a 3D printed lightweight foam concrete element with cavities, including conduction and/or radiation and/or convection, are analysed numerically and compared. [2]本研究的主要目的是开发 3D 打印轻质混凝土 (3DPLWC) 混合物，目的是用废玻璃 (WG) 代替 50 卷的天然骨料。 [1] 对四个具有空腔的 3D 打印轻质泡沫混凝土元件案例进行了数值分析和比较，包括传导和/或辐射和/或对流。 [2]