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Cost-Effective Casting Design: What Every Component Designer Should Know

机译:具有成本效益的铸件设计:每个组件设计人员应了解的内容

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摘要

Viewing these six key factors as a system-while sketching geometries-provides a workable methodology for consistently good casting designs. Structural design engineers who work successfully with castings commonly design in a narrow group of casting types poured from familiar alloys (like the family of irons or the 300 series of aluminum) and molded from familiar foundry processes (like green sand or nobake). Rules of thumb have been developed over the years for common design situations. Close inspection of these rules reveals that they sometimes recommend conflicting geometry. For example, the use of gusseting instead of mass for stiffness might be labeled "recommended" in one set of design rules and "poor" in another.
机译:将这六个关键因素视为一个系统,同时绘制几何图形,为始终如一的良好铸件设计提供了一种可行的方法。能够成功使用铸件的结构设计工程师通常会设计一组狭窄的铸件类型,这些铸件类型是从熟悉的合金(如铁族或300系列铝)浇铸而成的,并由熟悉的铸造工艺(如生砂或生坯)铸造而成。多年来,已经针对常见的设计情况开发了经验法则。对这些规则的仔细检查表明,它们有时会建议使用相互冲突的几何图形。例如,在一组设计规则中,可以使用“角撑板”代替“质量”来增强刚度,而在另一组设计规则中则可以标记为“差”。

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