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Effect of adhesive on the performance of piezoelectric elements used to monitor structural health

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Missile captive carry monitoring and helicopter identification using a capacitive microelectromechanical systems accelerometer

Military missiles are exposed to many sources of mechanical vibration that can affect system reliability, safety, and mission effectiveness. The US Army Aviation and Missile Research Development and…
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Ultrahigh reliability US Army missiles and munitions

Provides an overview of U.S. Army requirements necessary for missiles and munitions to survive and operate in extreme environments with ultrahigh reliability. Long-term storage of assets, exposure to…
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Optimizing Sensors, Systems and Performance

When specifying/developing monitoring and prognostic systems it is important to focus on what information the system needs to deliver. One can then work backward to choose or design the optimal…
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Predicting reliability of tactical missiles using health monitoring data and probabilistic engineering analyses

Tactical missiles within the US Army are regularly subjected to severe stresses such as long term exposure in harsh environments and transportation handling. These stresses factor into the ageing,…

Structural Health Monitoring of Strategically Tuned Absolutely Resilient Structures (STARS)

Abstract : Strategically Tuned Absolutely Resilient Structures (STARS) are being designed to store potential energy in the form of elastic deformation that can be released in a controlled fashion as…

Evolution of Strategically Tuned Absolutely Resilient Structures (STARS)

This paper describes how Strategically Tuned Absolutely Resilient Structures (STARS) are being designed for energy transfer and morphing applications based on the strength, stiffness, and the…

Missile captive carry monitoring using a capacitive MEMS accelerometer

An overview of the CCHM electrical and package design is provided, field testing and data analysis techniques used to identify captive carry are described, and the potential application of missile health and usage data for real-time reliability analysis and fleet management is discussed.
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Automatic Sensor-Fault Detection System for Comprehensive Structural Health Monitoring System

Abstract : Structural health monitoring systems are viewed as viable means to reduce life-cycle costs, increase structural reliability, and extend the operational hours for a wide variety of…

Title : Predictive Reliability of Tactical Missiles Using Health Monitoring Data And Probabilistic Engineering Analysis

Tactical missiles within the U.S. Army are regularly subjected to severe stresses such as long-term exposure in harsh environments and transportation handling. These stresses factor into the aging,…
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