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首页> 外文会议>Annual Symposium on Quantitative Nondestructive Evaluation; 19980719-24; Snowbird,UT(US) >LARGE-SCALE LASER ULTRASONIC FACILITY FOR AEROSPACE APPLICATIONS
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LARGE-SCALE LASER ULTRASONIC FACILITY FOR AEROSPACE APPLICATIONS

机译：航空应用的大型激光超声设备

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As a critical part of the strategy for competitiveness on future aircraft programs such as the Joint Strike Fighter, Lockheed Martin has made a lasting commitment to Laser Ultrasonic technology through a state-of-the-art facility which combines research and development laboratories within a production environment. LMTAS has determined that Laser UT is the most rapid and cost effective method for testing complex composite structures. Production rates of composites on future programs will be greater than have ever existed previously. These rates necessitate a break from conventional ultrasonic testing. Laser UT can inspect complex contoured composite structures up to ten times faster than conventional automated ultrasonic inspection systems greatly reducing inspection time and cost and improving component throughput for aircraft that contain increasing amounts of composite materials. The Laser Ultrasonic Technology Center utilizes the latest in laser and computer hardware/software technology to provide a user and production friendly environment for rapid and thorough inspection of composite structures.
机译：作为未来飞机计划（例如联合打击战斗机）竞争能力战略的重要组成部分，洛克希德·马丁公司通过将研发实验室整合到生产中的先进设施，对激光超声技术做出了持久承诺。环境。 LMTAS已确定，Laser UT是测试复杂复合结构的最快速，最具成本效益的方法。未来计划中复合材料的生产率将比以前更高。这些速率必须与常规超声测试有所不同。激光UT可以比传统的自动超声检查系统快十倍地检查复杂的轮廓复合结构，从而大大减少了检查时间和成本，并提高了包含越来越多复合材料的飞机的零件吞吐量。激光超声技术中心利用最新的激光和计算机硬件/软件技术，为用户和生产友好的环境提供了对复合结构的快速彻底检查的环境。

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