膜式空气-水换热器可靠性试验设计

J. Pulido
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引用次数: 1

摘要

在当今的全球环境中,当从概念阶段到最终产品开发所需的时间(项目成本和开发时间)需要最小化时,加速寿命测试正在成为一种竞争优势。在机械和结构应用中使用加速寿命测试技术在确定载荷和疲劳寿命以代表实际现场性能时面临很大挑战。提出了加速寿命试验中存在的一些常见问题以及一些有用的策略,为加速寿命试验的快速规划提供参考。从制冷行业的例子来证明这一策略的效用。总之,测试和分析有效地提高了可靠性改进的程度,并减少了测试总小时数,从而缩短了设计周期。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Reliability test design of a membrane air-water heat exchanger
In today's global environment, accelerated life testing is becoming a competitive advantage when time spent from conceptual stage to the final product development needs to be minimized (project costs and development time) in order to be successful. Using accelerated life testing techniques for mechanical and structural applications have strong challenges when defining the loading but also the fatigue life to represent actual field performance. Such common problems as well as some helpful strategies using accelerated life testing are presented for faster planning of accelerated life testing (ALT). Examples from the refrigeration industry are used to demonstrate the utility of this strategy. In conclusion the test and analysis were effectively used to increase the degree of reliability improvements and to reduce the total number of test hours resulting in a shorter design cycle.
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