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COMPOSITE INNOVATIONS ADD STRENGTH TO THE AEROSPACE INDUSTRY

机译:复合创新增加了航空航天行业的力量

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摘要

Aerospace manufacturers have achieved weight reductions of almost 50% in the latest generation of commercial aircraft, but has lightweighting with composite materials now reached its limit? Not according to Phil Burge, marketing and communications manager at SKF, who explains how new design approaches are extending the potential for composites to replace metal, even in structural interface components. Manufacturers are increasingly using light composites in their designs, driven largely by demand for more efficient performance and lower emissions. However, while these can provide plenty of strength when subjected to in-plane loading (loads applied along the direction of the component's mounting interface), their capacity for out-of-plane loading (perpendicular to the mounting interface) tends to be much lower.
机译:航空航天制造商在最新一代的商用飞机中取得了近50%的重量减轻,但随着复合材料的较轻,现在达到了极限? 不根据Phil Burge,SKF的营销和通信经理,他们解释了新的设计方法如何延长复合材料的电位,即使在结构界面部件中也是如此。 制造商越来越多地使用其设计中的轻型复合材料,主要通过需求对更有效的性能和较低的排放来驱动。 然而,虽然这些可以提供充足的强度,当受到面内负载时(沿着部件安装界面的方向施加的负载),它们的外平面负载(垂直于安装界面)的容量趋于得多 。

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