結構健康監測發表同行評議論文，包括理論、分析和實驗研究，促進知識體系及其在結構健康監測學科中的應用。該雜志有廣泛的專題報道，它是航空、機械、民用、電氣和其他系統的結構健康監測的主要參考。該期刊的多學科性質旨在促進不同技術的交叉，以滿足結構健康監測的各種需求和應用。尋求探討以下與結構健康監測有關的問題和領域的文件：自我診斷、預測、基于狀態的維護和性能用于損傷評估的振動和波傳播方法用于監測和診斷的先進信號處理和解釋技術傳感器設計，自供電和低功耗傳感器數據挖掘、數據管理智能材料和新型傳感器材料的使用監測復合、金屬、新和老化結構和基礎設施結構維修監控傳感器網絡設計、數據傳輸、有線和無線通信嵌入技術、傳感器/結構集成技術自修復結構的發展生存能力和戰備評估的監測基于傳感器管理的結構完整性和剩余壽命預測多功能結構設計與結構健康監控一體化高溫應用傳感器，現場傳感器生物力學、機電和熱力系統的監測航空電子、推進、動力和電子系統的故障診斷結構健康監測系統集成與驗證生物納米技術在結構監測中的應用結構健康監測的跨學科方法與應用

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