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引用次数: 0

摘要

对于许多产品来说,可靠性和可维护性(R&M)的应用已经成熟。从通信到运输,致力于提高产品性能的人们值得称赞。数字网络可以提高通信清晰度和性能,定期调整之间的距离可以达到10万英里,这样的例子不胜枚举。不幸的是,在生产这些美妙产品的机器和设备领域,R&M的应用有时还远远不够成熟。好消息是,仍然有一些唾手可得的成果,一些真正显著改善的机会。R&M的动机是经济上的。R&M的目的是将设备性能的成本降至最低经济效益。为了提高经济绩效,我们必须注意选择适当的绩效指标。人们对研究和改进那些在机械或设备制造商控制范围内的东西有着浓厚的兴趣。这可能包括在当前数据收集策略中添加阻塞和饥饿事件。为了真正显著地减少失败的频率,我们还必须实施一个系统来支持吸取的经验教训。QS-9000和工装设备附录为有效的R&M计划提供了一个合理的结构。
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Improving performance of machinery and equipment
For many products, the application of reliability and maintainability (R&M) is mature. From communications to transportation, the people who work on improving the performance of products deserve much credit. Digital networks to improve communication clarity and performance, one hundred thousand miles between scheduled tune-ups, the list could go on and on. Unfortunately, the application of R&M in the world of machinery and equipment that produces these wonderful products is sometimes far from mature. The good news, there is still some low hanging fruit, some opportunities for real and significant improvement. The motivation for R&M is financial. The intent of R&M is to drive the cost of equipment performance to an economic minimum. To accomplish improved economic performance we must be concerned with the selection of appropriate figures of merit. There is a keen interest in studying and improving those things that are in the control space of the manufacturer of machinery or equipment. This may include the addition of blocking and starving events to current data collection strategies. To accomplish a real and significant reduction in the frequency of failure, we must also implement a system to support lessons learned. QS-9000 and the Tooling & Equipment Supplement provide a sensible structure for an effective R&M program.
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