In contrast to some conventional ma

In contrast to some conventional manufacturing processes, Additive
Manufacturing (AM) part properties can depend on structural and process parameters rather than purely on material properties. Complex interaction effects are created yielding highly anisotropic materials where
the anisotropy often varies both locally within parts and globally between apparently identical parts. Designers cannot rely on values from
static material databases anymore making the material selection process dynamic and complex. This is one of the main issues designers
face when creating optimized mechanical structures fabricated with
AM.

結果 (中文) 1:

相反一些传统制造工艺，添加剂制造 (AM) 部分属性可以取决于结构及工艺参数，而不是纯粹的物质属性。复杂的交互作用创建高产高度各向异性材料在哪里各向异性经常变化都本地内部零件和全球之间显然是完全相同的零件。设计师不能依靠从值静电的材料数据库不再使材料的选择过程，动态和复杂。这是主要问题的设计师之一在创建时的脸优化机械结构与制备上午。

結果 (中文) 3:

与一些传统的制造工艺相比，添加剂制造（上午）零件性能可以依赖于结构和工艺参数，而不是纯粹的材料特性。复杂的相互作用的影响，产生高度各向异性材料的地方各向异性往往各不相同的局部和全球范围内显然是相同的部分。设计师不能依赖于价值观静态材料库，使材料选择过程的动态性和复杂性。这是设计师的主要问题之一当创建优化的机械结构制造是.