As shown inFigure 2, swiping is dem

As shown in
Figure 2, swiping is demarked by the translation of the previously printed layer from its designated location as the next
layer of powder is swept across the build bed.Swiping essentially
destroys the part, leading to a failed build. A number of layer
thickness tests were conducted, with each set of specimens
being ranked on the severity of swiping.We determined that the
most appropriate layer thickness for the recycled glass system
was approximately 140mm (,0.00500), which supports reliable
builds despite violating the usual rule of thumb that layer
thickness should be about three times the particle size. Further
investigation of particle size and its relation to layer thickness
and spread quality is necessary.

結果 (中文) 1:

如中所示图 2，刷板由以前印刷层从其指定的位置，为下一步的翻译一层粉横扫生成床。本质上刷破坏的部分，导致失败的构建。层数厚度进行试验，每个标本集被排名上刷的严重性。这一点我们确定回收的玻璃系统的最适当层厚度。是大约 140 毫米 (0.00500)，支持可靠尽管违反通常的经验法则，里层生成厚度应粒子大小的三倍左右。进一步粒径和及其与层厚度的关系调查和传播质量是必要的。

結果 (中文) 3:

如图2所示
，刷卡划出的从指定位置事先印刷层的翻译作为下一层粉
席卷建床。刷卡基本上
破坏部分，导致构建失败。数层
厚度进行试验，每组试件
被排在刷卡的程度。我们确定的
对回收的玻璃系统
最合适的层厚度约为140mm（，0.00500），支持可靠的
建立尽管违反通常的经验法则，
层厚度应粒径的三倍左右。进一步考察粒径及其与地层厚度、传播质量的关系。