The invention discloses a composite material anti-side-rolling sheet beam, a forming process thereof and a composite material medium-low speed magnetic levitation anti-side-rolling sheet beam, the composite material anti-side-rolling sheet beam is prepared from a carbon fiber composite material, and the laying directions of carbon fibers include 0 degree, 90 degrees,-45 degrees and 45 degrees; the total amount of the carbon fibers in the +/-45-degree laying layer is larger than that of the carbon fibers in the 0-degree and 90- Wherein the 0 degree is the length direction of the sheet beam, and the 90 degree is the width direction of the sheet beam; the width of the composite material anti-side-rolling sheet beam in the length direction is reduced, lightening holes are formed in the length direction of the composite material anti-side-rolling sheet beam, and the distances between the different lightening holes and the edge of the sheet beam are basically equal.
本发明公开了一种复合材料抗侧滚片梁、其成型工艺及复合材料中低速磁浮抗侧滚梁,复合材料抗侧滚片梁,由碳纤维复合材料制备而成,碳纤维的铺设方向包括0°、90°、‑45°和45°;±45°的铺层碳纤维总量大于0°和90°的碳纤维铺层量;其中,所述0°为片梁的长度方向,90°为片梁的宽度方向;复合材料抗侧滚片梁沿其长度方向的宽度减小,沿其长度方向设置有减重孔,不同减重孔与片梁边缘之间的距离基本相等。
Composite material anti-side-rolling sheet beam, forming process thereof and composite material medium-low speed magnetic levitation anti-side-rolling beam
复合材料抗侧滚片梁、其成型工艺及复合材料中低速磁浮抗侧滚梁
2022-11-11
Patent
Elektronische Ressource
Chinesisch
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