首页> 外文会议>International Conference on LASERS'99, Dec 13-16, 1999, Quebec, Quebec, Canada >HOLOGRAPHIC AND INTERFEROMETRIC METHODS IN PRESSURE VESSEL TESTING
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HOLOGRAPHIC AND INTERFEROMETRIC METHODS IN PRESSURE VESSEL TESTING

机译:压力容器测试中的全息和干涉法

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摘要

The residual stress provoked by different technological processes (after welding) and instant state of pressure vessels are always very important topic in industry. Here, the application of holographic and interferometric methods in the evaluation of the status of the possible cracks and crack evolution is presented. There are many possible holographic schemes and practical techniques of the realization of standard testing. For one of the chosen holographic technique, a series of experiments are performed by different pressure in metal vessels in order to study the status of the stress field. The holographic methods arc compared to other more standard testing methods in the mentioned area of exploration and investigation. Optical (especially holographic) methods arc considered as more sensible and also more reliable than magnetic (or the other) confirmed in the praxis.
机译:由不同的工艺过程(焊接后)和压力容器的即时状态引起的残余应力一直是工业中非常重要的主题。在此,介绍了全息和干涉法在评估可能的裂纹和裂纹发展状况方面的应用。有许多可能的全息图方案和实现标准测试的实用技术。对于所选择的全息技术之一,通过研究金属容器中的不同压力进行了一系列实验,以研究应力场的状态。在上述勘探和研究领域中,全息方法与其他更标准的测试方法相比。光学(特别是全息)方法被认为比实践中确认的磁性(或其他方法)更明智,更可靠。

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