檢視第二份英文作業/2017.03.06-2017.06.18/莊惟智的原始碼

===03/06-03/12===
*3D列印原文:[http://www.3ders.org/articles/20170614-3d-printed-tensegrity-structures-hold-promise-for-in-space-construction-of-antennae-and-other-assemblies.html 3D printed tensegrity structures hold promise for in-space construction of antennae and other assemblies]
*本週進度:Researchers from the Georgia...missions to biomedical devices.
*大意:佐治亞理工學院的研究人員使用3D列印創建能夠擴展到更大尺寸的東西。這些3D列印的東西有可能用於從太空任務到生物醫學設備的應用
*獨輪曲棍

===03/13-03/19===
*3D列印原文:[http://www.3ders.org/articles/20170614-3d-printed-tensegrity-structures-hold-promise-for-in-space-construction-of-antennae-and-other-assemblies.html 3D printed tensegrity structures hold promise for in-space construction of antennae and other assemblies]
*本週進度:Tensegrity, a term you’re as likely... not the compression struts.
*大意:Tensegrity，一個你在物理學中聽起來像在建築學中一樣的術語，是一種結構性原則，它是基於連續張力的壓縮中使用隔離元件的結構原理。 這個術語是由美國建築師巴克明斯特·富勒（Buckminster Fuller）創造的，他想要一個字，表明一個結構的完整性是從緊的平衡中得出的(原理有點像腳踏車的鋼條我想...)，而不是支柱。
*獨輪曲棍

===03/20-03/26===

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