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Vibro-Acoustics for Reli-ability Modeling of Un-derwater Pipeline using Wireless Sensor Network (WSN), with Minimum Energy Consumption

机译:振动声学,使用无线传感器网络(WSN)对水下管道进行可靠性建模,且能耗最低

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WSN is a network of clusters of sensors nodes which sense the parameter and communicates to a server. Target is to develop underwater pipeline monitoring system remotely with lower energy consumption. Reliability maintenance will effectively give optimum performance of pipeline system operation. Reliability ensures optimum performance in the range of operation based on the behavior of the system. Validation of the mathematical model for the flow in pipeline system is used to study vibrations as elements that affect the reliability of the pipeline. In this, the focus is to validate and model the reliability for the pipeline system from the vibrations for predictive maintenance and optimum performance. Subsequently, vibro-acoustics will be used to model the reliability equation. A software can be developed for simulating the reliability model for pipeline system behavior from the vibration factors and use for predictive maintenance. Reliability factors of mean time to failure, repair and others will be put in to use to develop the original model for the pipeline. A hypothesis of 90% predictive model from the reliability under pipeline system behavior will be developed.
机译:WSN是由传感器节点群集组成的网络,这些节点感知参数并与服务器通信。目标是远程开发具有较低能耗的水下管道监控系统。可靠性维护将有效地提高管道系统运行的最佳性能。可靠性可确保根据系统行为在操作范围内实现最佳性能。验证管道系统中流量的数学模型用于研究作为影响管道可靠性的要素的振动。在此,重点是通过振动来验证和建模管道系统的可靠性,以实现预测性维护和最佳性能。随后,振动声学将用于对可靠性方程建模。可以开发一个软件来根据振动因素模拟管道系统行为的可靠性模型,并将其用于预测性维护。平均故障时间,维修时间和其他因素的可靠性因素将用于开发管道的原始模型。将建立基于管道系统行为下可靠性的90%预测模型的假设。

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