首页> 外文期刊>Journal of Engineering for Gas Turbines and Power >Addressing Cam Wear and Follower Jump in Single-Dwell Cam-Follower Systems With an Adjustable Modified Trapezoidal Acceleration Cam Profile
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Addressing Cam Wear and Follower Jump in Single-Dwell Cam-Follower Systems With an Adjustable Modified Trapezoidal Acceleration Cam Profile

机译:通过可调整的梯形加速度凸轮轮廓解决单室凸轮跟随器系统中的凸轮磨损和从动跳动

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Presented is a modified trapezoidal cam profile with an adjustable forward and backward acceleration. The profile is suitable for single-dwell cam and follower applications. The main benefit of the profile is that it allows cam designers to choose easily a value for the maximum forward or maximum backward acceleration to achieve design objectives. An additional benefit of the profile is that it has a continuous jerk curve. Follower acceleration is one of the primary factors affecting cam wear and follower jump, two main concerns of cam designers. Large forward acceleration against a load creates cam-follower interface forces that can cause excessive wear. Backward acceleration tends to reduce the cam-follower interface force, and if the backward acceleration is sufficiently large, separation between the cam and follower ("follower jump") can occur. The cam profile presented in this paper gives cam designers an easy way to adjust the maximum forward or backward acceleration to prevent these problems.
机译:提出了一种改进的梯形凸轮轮廓,具有可调节的前进和后退加速度。该轮廓适用于单驻留凸轮和从动件应用。该轮廓的主要优点是,它允许凸轮设计者轻松选择最大向前或向后最大加速度的值,以达到设计目标。轮廓的另一个好处是它具有连续的冲击曲线。从动件加速度是影响凸轮磨损和从动件跳动的主要因素之一,这是凸轮设计者的两个主要问题。承受载荷的大的向前加速度会产生凸轮从动件界面力,从而可能导致过度磨损。向后加速趋向于减小凸轮从动件的界面力,并且如果向后加速足够大,则凸轮和从动件之间会发生分离(“从动件跳动”)。本文介绍的凸轮轮廓为凸轮设计人员提供了一种简单的方法来调节最大向前或向后加速度,以防止出现这些问题。

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