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New Methodology and Instrumental System for Floating Structures Monitoring and Analysis
IEEE Latin America Transactions ( IF 1.3 ) Pub Date : 2020-02-01 , DOI: 10.1109/tla.2020.9085303
Miguel Angel Cabrerizo-Morales , M.C. Rodriguez-Sanchez , Joaquin Vaquero , Alberto Rodriguez-Moreno , Susana Borromeo , Rafael Molina-Sanchez

Floating structures are widely used in Marine Civil Engineering constructions, offshore and port operations. Safe operation of those structures requires sensing, monitoring and control systems able to deal not only with the physical parameters that affect to the system behaviour, but also with others parameters related to human interaction, since they are frequently manually operated. Any failure in these operations has a very high economic impact, so detailed previous studies and simulations are needed. In this paper, it has been developed a new methodology and an instrumental system for floating structures response analysis, scalable for field and laboratory. This new approach conjugates control, monitoring and wireless communication systems in a real time basis, offering the possibility to register and simulate all the parameters involved in operations with floating structures, including human interaction. The system developed is modular. An actual implementation of the system and positive results of the tests conducted are shown.

中文翻译:

浮动结构监测和分析的新方法和仪器系统

浮动结构广泛用于海洋土木工程建设、海上和港口作业。这些结构的安全运行需要传感、监测和控制系统,不仅能够处理影响系统行为的物理参数,而且能够处理与人机交互相关的其他参数,因为它们经常被手动操作。这些操作中的任何故障都会产生非常高的经济影响,因此需要进行详细的先前研究和模拟。在本文中,它开发了一种用于浮动结构响应分析的新方法和仪器系统,可扩展到现场和实验室。这种新方法实时结合控制、监测和无线通信系统,提供注册和模拟浮动结构操作中涉及的所有参数的可能性,包括人机交互。开发的系统是模块化的。显示了该系统的实际实施和所进行的测试的积极结果。
更新日期:2020-02-01
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