Square tapered aluminum alloy automobile front carling based on embedded carbon fiber
A technology of aluminum alloy and carbon fiber, which is applied to vehicle components, superstructures, bumpers, etc., can solve the problem of high energy absorption, low collision acceleration peak value, good crush mode, front longitudinal beam bending, and unsatisfactory collapse mode, etc. problem, to achieve the effect of low cost, simple assembly and good collision safety performance
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[0015] The following description is merely exemplary in nature and is not intended to limit the present disclosure, application, or use.
[0016] reference Figure 4-6 , The structure of the front side beam of the square-tapered aluminum alloy automobile of this patent is composed of three parts: the aluminum alloy outer wall 1, the carbon fiber reinforced plate 2 and the aluminum alloy tail plate 3. The assembly process is as follows: first produce the aluminum alloy outer wall 1, the carbon fiber reinforced plate 2 and the aluminum alloy tail plate 3, and then install the carbon fiber reinforced plate 2 from the end of the aluminum alloy outer wall 1 formed into a square surround, and finally put the tail plate 3 Welded to the tail of the aluminum alloy outer wall 1 to complete the manufacturing of the front longitudinal beam.
[0017] The following is about the manufacturing process of the three parts:
[0018] The manufacturing process of the aluminum alloy outer wall 1: As the...
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