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Research in a Pole Tower of Bamboo Joint Bionic Composite Materials

机译:竹节仿生复合材料杆塔的研究

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Primarily, the composite materials currently used in the pole tower are glass reinforced plastic (GRP) composite materials, which is composed of reinforced fibers and resin. Main disadvantages of pole towers of existing composite materials: small elasticity modulus of composite materials and relatively great tower body deformation. Based on the theoretical calculation, a pole tower of bamboo joint bionic composite materials is put forward in this paper. Compared with the pole tower of conventional composite materials, the power transmission pole tower of bamboo joint bionic composite materials not only has all advantages of pole tower of conventional composite materials, but also improves the stiffness and wind resistance deformability of pole tower of composite materials. Meanwhile, the bamboo joint shape may be in harmony with the urban landscape environment, has more good-looking appearance, and is especially suitable for the areas characterized by highly urbanized expansion, dense population and narrow power transmission corridor.
机译:首先,目前在杆塔中使用的复合材料是玻璃纤维增​​强塑料(GRP)复合材料,它由增强纤维和树脂组成。现有复合材料的杆塔的主要缺点是:复合材料的弹性模量较小,并且杆身变形较大。在理论计算的基础上,提出了一种竹节仿生复合材料的杆塔。与常规复合材料的杆塔相比,竹节仿生复合材料的输电杆塔不仅具有常规复合材料的杆塔的所有优点,而且提高了复合材料杆塔的刚度和抗风变形性。同时,竹节形状可能与城市景观环境相协调,外观更美观,特别适合于城市化程度高,人口密集,输电走廊狭窄的地区。

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