ANALISIS KEKUATAN VELG ALUMUNIUM MODEL D30D PADA PERUSAHAAN “A”

Bina Teknika Pub Date : 2018-12-17 DOI:10.54378/bt.v14i2.326
Sumiyanto Sumiyanto, Abdunnaser Abdunnaser
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引用次数: 1

Abstract

Wheels are one of the main components in a vehicle. Without wheels of vehicles will not be to function. The damage that occurs in aluminium alloy wheels for the outbreak spoke mostly occur due to a force and tension that occurs exceeds the maximum allowable voltage. With these considerations it is necessary to redesign using 3D software and simulated using finite element method. After simulated, part produce with low pressure casting and machining. Sample part test with several testing as single part such as : life test, drum test, 13° impact test. After that sample part test as running test such as : curb stone evaluation and rectangle evaluation. The results of sample testing parts such as life test, the drum test, 13 ° impact test and running test in the form of curb stone rectangle evaluation and evaluation did not reveal any cracks on the sample part. Nut torque results of sample testing parts such as curb stone evaluation have smaller in 70 N.m, with allowed limit 61,6 N.m until 88 N.m. And nut torque results of sample testing parts such as rectangle evaluation have smaller in 76 N.m, with allowed limit 61,6 N.m until 88 N.m
分析A公司D30D合金边缘强度
车轮是车辆的主要部件之一。没有轮子的车辆将无法运转。铝合金轮毂发生的损坏主要是由于发生的力和张力超过最大允许电压造成的。考虑到这些因素,有必要使用三维软件进行重新设计并使用有限元方法进行模拟。经模拟后,采用低压铸造和机加工生产零件。样件试验,可将多个试验作为单个零件进行,如:寿命试验、鼓形试验、13°冲击试验。在此基础上,对样品进行了路沿石评价和矩形评价等运行试验。样品试验部件的寿命试验、鼓形试验、13°冲击试验和以路沿石矩形评价和评价的形式进行的运行试验等结果均未发现样品部件有任何裂纹。路沿石评价等样品试件的螺母扭矩结果在70 N.m范围内较小,允许极限为61,6 N.m至88 N.m;矩形评价等样品试件的螺母扭矩结果在76 N.m范围内较小,允许极限为61,6 N.m至88 N.m
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