The paper demonstrates how non-classical approaches can be used for structural health monitoring. Wavelet-based modal analysis, various non-classical nonlinear acoustic techniques and cointegration are used for damage detection. These approaches are illustrated using various examples of damage detection in metallic and composites structures
In this research, an advanced signal processing technique using wavelet analysis has been developed ...
Simple and contactless methods for determining the health of metallic and composite structures are n...
The paper deals with the application of nonlinear vibro‐acoustic modulation technique for detection ...
This chapter provides examples of recent application developments in the field of nonlinear acoustic...
This paper investigates the piezo-based nonlinear vibro-acoustic modulation technique for impact dam...
Most of the structural health monitoring (SHM) methods is either based on vibration-based and contac...
Higher order spectral analysis is used for structural damage detection based on nonlinear vibroacous...
The paper presents a reliable methodology - based on nonlinear acoustics - for impact damage detecti...
Different approaches on the detection of damages based on dynamic measurement of structures have app...
Nonlinear vibrations emerging from damaged structures are suitable indicators for detecting defects....
The assessment of the state of a structure through changes in the structure\u27s dynamic response wh...
Due to their high stiffness–to–mass ratio, fiber-reinforced materials have been intensively used in ...
The application of composite structures as elements of machines and vehicles working under various o...
Vibration based damage detection methods are among the most popular and promising approaches for hea...
The paper presents an application of nonlinear acoustics for impact damage detection in composite la...
In this research, an advanced signal processing technique using wavelet analysis has been developed ...
Simple and contactless methods for determining the health of metallic and composite structures are n...
The paper deals with the application of nonlinear vibro‐acoustic modulation technique for detection ...
This chapter provides examples of recent application developments in the field of nonlinear acoustic...
This paper investigates the piezo-based nonlinear vibro-acoustic modulation technique for impact dam...
Most of the structural health monitoring (SHM) methods is either based on vibration-based and contac...
Higher order spectral analysis is used for structural damage detection based on nonlinear vibroacous...
The paper presents a reliable methodology - based on nonlinear acoustics - for impact damage detecti...
Different approaches on the detection of damages based on dynamic measurement of structures have app...
Nonlinear vibrations emerging from damaged structures are suitable indicators for detecting defects....
The assessment of the state of a structure through changes in the structure\u27s dynamic response wh...
Due to their high stiffness–to–mass ratio, fiber-reinforced materials have been intensively used in ...
The application of composite structures as elements of machines and vehicles working under various o...
Vibration based damage detection methods are among the most popular and promising approaches for hea...
The paper presents an application of nonlinear acoustics for impact damage detection in composite la...
In this research, an advanced signal processing technique using wavelet analysis has been developed ...
Simple and contactless methods for determining the health of metallic and composite structures are n...
The paper deals with the application of nonlinear vibro‐acoustic modulation technique for detection ...