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Experiences in Testing Structures with Distributed Fiber-Optical Sensing
In this paper our experiences with distributed fiber-optical strain sensing (DFOS) and temperature measurements are presented for three different...
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Hybrid calibration of aeronautical structures instrumented with strain-gages for load prediction
This paper presents a hybrid methodology for loads measurement on aircraft structures. It is based on both experimental data from the actual...
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Testing at High Strain Rates
In this chapter we present methods of materialTesting at high strain rates testing at high strain ratesStrain rate. Mechanical behavior of materials...
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Calibration Technology of Optical Fiber Strain Sensor
As one of the hotspots of sensing technology at present, optical fiber sensor has the characteristics of small size, anti-electromagnetic...
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Experimental Mechanics An Introduction
The book presents in a clear, simple, straightforward, novel and unified manner the most used methods of experimental mechanics of solids for the...
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Analysis of the Behavior of Asphalts with and Without an Optical Measurement System in Cyclic Indirect Tensile Tests (CITT)
The aim of the investigations is to establish a non-destructive testing method for the condition of asphalt roads. For this purpose, a sensor system...
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Experimental determination of elastic properties in laminate composite material orthotropic plies
The theoretical and analytical models for studying the mechanical behavior of composite materials have a great importance due to the innumerable...
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Susceptibility of adiabatic shear band formation in AZ31B magnesium alloy during high strain rate impact
Adiabatic shear bands (ASBs) are known to be the dominant damage mechanisms in structural materials under high strain rate loading such as magnesium...
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Fine-Tuning a Deconvolution Algorithm to Restore Displacement and Strain Maps Obtained with LSA
BackgroundReliably measuring sharp details in displacement and strain maps returned by full-field measurement techniques remains an open question in...
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Effect of Explosive Stress Waves on the Crack Propagation in the Defective Medium Using Strain Gauge Method
Based on the complex variable function theory, the test principle of the strain gauge method (SGM) at specific orientation angles were proposed, and...
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Fatigue Monitoring of a Dented Pipeline Specimen Using Infrared Thermography, DIC and Fiber Optic Strain Gages
An investigation program has been launched with the objective of presenting combinations of analytical, experimental and numerical methods to predict...
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Effect of filler metal thickness, brazing time, and brazing temperature on impact shear strength of AISI420/BNi-2 brazed joints at different strain rates
Shear specimens are used to evaluate the quality of brazing joints. In this study, the Instron machine was used for quasi-static compression shear...
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Mechanical behavior and microstructure evolution during high strain rate deformation of AA7075-T651
The current study presents the effects of strain and temperature on the mechanical response and microstructure evolution in AA7075-T651 at high...
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Realization and Testing of Hybrid Textile Reinforced Concrete Prototype Modules Sensorized with Distributed Fiber Optic Sensors
The paper presents the realization and testing of concrete modular prototypes reinforced with textile - steel combination and sensorized with...
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Stress Analysis with Applications to Pipelines
The Mechanics of Materials establishes a simplified analytical methodology, based on linear and elastic relationships between loads that are imposed...
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Estimation of tire-road contact forces through a model-based approach employing strain measurements
The employment of intelligent tires to test the vehicle performances is ever-increasing in the last years. Many research activities have been made to...
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Diagnostics and prognostics of multi-mode failure scenarios in miter gates using multiple data sources and a dynamic Bayesian network
Current health monitoring approaches for large structures mostly rely on a combination of distributed sensor networks and in-situ inspection. This...
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Experimental Modal Analysis of an Additively Manufactured Model
Additive manufacturing methods have advanced a lot in the past year. Methods like Fused Deposition Modeling (FDM) have gained popularity due to their...
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A Textile Embedded with Distributed Fiber Optic Sensors for Pedestrian Bridge Monitoring
This paper explores the use of distributed fiber optic sensors for Structural Health Monitoring (SHM) as a mechanism for the continuous and accurate...