中文简介

结构健康监测发表同行评议论文，包括理论、分析和实验研究，促进知识体系及其在结构健康监测学科中的应用。该杂志有广泛的专题报道，它是航空、机械、民用、电气和其他系统的结构健康监测的主要参考。该期刊的多学科性质旨在促进不同技术的交叉，以满足结构健康监测的各种需求和应用。寻求探讨以下与结构健康监测有关的问题和领域的文件：自我诊断、预测、基于状态的维护和性能用于损伤评估的振动和波传播方法用于监测和诊断的先进信号处理和解释技术传感器设计，自供电和低功耗传感器数据挖掘、数据管理智能材料和新型传感器材料的使用监测复合、金属、新和老化结构和基础设施结构维修监控传感器网络设计、数据传输、有线和无线通信嵌入技术、传感器/结构集成技术自修复结构的发展生存能力和战备评估的监测基于传感器管理的结构完整性和剩余寿命预测多功能结构设计与结构健康监控一体化高温应用传感器，现场传感器生物力学、机电和热力系统的监测航空电子、推进、动力和电子系统的故障诊断结构健康监测系统集成与验证生物纳米技术在结构监测中的应用结构健康监测的跨学科方法与应用

投稿网址：https://us.sagepub.com/en-us/nam/journal/structural-health-monitoring#submission-guidelines

英文简介

Structural Health Monitoring publishes peer-reviewed papers that contain theoretical, analytical, and experimental investigations that advance the body of knowledge and its application in the discipline of structural health monitoring.The journal has a broad topical coverage and it serves as a primary reference for the structural health monitoring of aeronautical, mechanical, civil, electrical, and other systems. The multidisciplinary nature of the journal is intended to foster the intersection of different technologies to address the varied needs and applications for structural health monitoring.Papers are sought that explore the following issues and areas related to structural health monitoring:self-diagnostics, prognostics, condition-based maintenance and performancevibration and wave propagation methods for damage assessmentadvanced signal processing and interpretation techniques for monitoring and diagnosticssensor design, self-powered and low power sensorsdata mining, data managementthe use of smart materials and new sensor materialsmonitoring of composite, metallic, new, and aging structures and infrastructuremonitoring of structural repairssensor network design, data transmission, wired and wireless communicationembedding technology, sensor/structure integration technologydevelopment of self-repairable structuresmonitoring of survivability and readiness assessmentstructural integrity and remaining life predictions based on sensor managementdesign of multifunctional structures and integration of structural health monitoring and controlsensors for high temperature applications, in-situ sensorsmonitoring of biomechanical, electromechanical, and thermal systemsfault diagnosis of avionics, propulsion, power, and electronic systemsstructural health monitoring system integration and validationbio-nanotechnology applied to structural monitoringinterdisciplinary approaches and applications for structural health monitoring