响应式制造的能力:以海上风力涡轮机制造为例

Mehrnoosh Nickpasand, H. Gaspar
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引用次数: 0

摘要

我们在这里提出了一个海上风电制造商的响应性和相关能力的讨论。首先,我们认识到这些术语可能是模糊的,难以定义。为了解决这个问题,使用了一个规定性语义,它为我们提供了一个定性和定量的起点,可以根据反应性和敏捷性时间来定义响应性。接下来是一个体育运动的类比,这让我们对更多的功能有了深入的了解。提出了一种基于检测、解释、计算、执行和适应时间对这些额外功能进行分类的框架。使用了一个生产任务(连接螺栓)制造中的实际案例研究。在这里,我们讨论最初的问题、解决方案、解决方案的结果,以及优点(例如可见性)和缺点(例如错误的可追溯性)。对使用数字工具改进的解决方案的讨论进行了评论,并列出了与初始情况相比改进的功能列表。在论文的最后,我们呼吁同行们使用来自行业的真实和具体的例子来开展更多的工作。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Ilities for Responsive Manufacturing: A Case from Offshore Wind Turbine Manufacturing
We present here a discussion of responsiveness and related ilities in an Offshore Wind Manufacturer. This is stated first by the understanding that these terms may be vague and hard to define. To tackle this issue, a prescriptive semantic is used, which gives us a qualitative and quantitative starting point to define responsiveness in terms of reactivity an agility time. This is followed by a sports analogy, which gives insight for more ilities. A framework for categorization of these extra ilities is presented, based on detection, interpretation, computation, enforcement and adaptation time. A real case study in manufacturing from a production task (joint bolting) is used. Here, we discuss the initial problem, the solution, the consequences of the solution, with pros (e.g. visibility) and cons (e.g. wrong traceability). A discussion on an improved solution using digital tools is commented, as well as a list of improved ilities compared to the initial case. We finish the paper with a call for peers for more work in ilities using real and concrete examples from the industry.
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