澳洲化学论文代写:悬架系统

澳洲化学论文代写:悬架系统

一个完整的公式SAE车是由相互关联的功能系统的组合。一些主要的系统是底盘设计、悬架系统和电力火车。悬架系统的设计应考虑匹配和适合的底盘设计和电力铁路系统。悬架设计的研究必须应用与其他相关系统的研究数据。为例子,底盘几何将影响最后FSAE车轴距和跟踪宽度后,我们把它与悬架系统。轴距和跟踪宽度的设计是非常重要的,因为有一些相关规定需要有关。

悬架系统连接底盘和轮胎,和不同的悬架系统的设计都有自己的优点和缺点在车的性能。我们要设计一个悬架系统可以帮助汽车表现良好的速度的同时保持其设计从任何在比赛中失败。我们必须确保设计悬架系统不仅会给高质量的运行舒适感,还能维持在最坏的情况。分析应该主要组件以确保组件可以抵御或减少任何变形之前,我们可以使用和制造它。成本也可以最小化通过应用分析因为我们可以确定哪些领域需要更少的材料使用的设计。

澳洲化学论文代写:悬架系统

A complete Formula SAE cart is consists of interrelated combinations of functional system. Some of the major systems are chassis design, suspension system and power train. For suspension system, the design should consider matching and suits with the chassis design and power train system. The research of the suspension design must be applied together with research data of other related system. For examples, the chassis geometry will affect the final FSAE cart wheelbase and track width after we combine it with the suspension system. The wheelbase and track width are very important to the design since there are some rules related to them that need to be concerned.

Suspension system connects the chassis with tires, and different design of suspension system has its own pros and cons on the cart performance. We have to design a suspension system which can help the car perform well in terms of speed while maintaining its design from any failure during the race. We have to ensure that the designed suspension system will not only give high quality ride comfort, but also can sustain loads given in the worst case scenario. Analysis should be done for major components to make sure that the component can resist or minimize any deformation before we can use and fabricate it. Cost can also be minimized by applying analysis since we can determine which area that requires less material usage in the design.

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