Add to ORKGThe reduction of flexural vibration in plate structures has been investigated using the recently reported acoustic black hole effect for flexural wave reflection in plates with the local thickness varying according to h(x) = epsilon x(m) and m >= 2. Since sharp edges of such plates (wedges) are always truncated before x=0, the real reflection coefficients are relatively high, therefore the application of a small amount of damping is required to achieve large reductions in vibration amplitude. This paper presents a numerical model of a plate incorporating an acoustic black hole wedge, with predictions for vibration amplitudes. These are compared to equivalent experimental measurements for a range of applied damping layers. It is concluded th...
In this work, we report experimental results on damping flexural vibrations in rectangular plates co...
This thesis describes the results of the experimental investigations into some new geometrical confi...
Experimental investigations into the acoustic black hole effect and its applications for reduction o...
One of the possible ways of damping resonant flexural vibrations of engineering structures or their ...
The reduction of flexural vibration in thin plates is examined using the acoustic black hole effect ...
An efficient method of reducing edge reflections of flexural waves in plates or bars based on the 'a...
A new method of damping flexural vibrations in plate-like structures based on the ‘acoustic black ho...
In the present paper, an efficient method of damping structural vibrations using the acoustic black ...
A new efficient method of reducing edge reflections of flexural waves in plates or bars based on the...
AbstractA new method of damping flexural vibrations in plate-like structures based on the ‘acoustic ...
In this paper we present some recent experimental results on new lightweight and broad-band damping ...
One of the well-known ways of damping resonant flexural vibrations of different engineering structur...
The present paper provides a brief review of the theoretical and experimental investigations of 'aco...
Flexural waves in beams and plates slow down if their thickness decreases. Such property was success...
It has been shown in our previous publications that the addition of power-law profiled wedges to edg...
In this work, we report experimental results on damping flexural vibrations in rectangular plates co...
This thesis describes the results of the experimental investigations into some new geometrical confi...
Experimental investigations into the acoustic black hole effect and its applications for reduction o...
One of the possible ways of damping resonant flexural vibrations of engineering structures or their ...
The reduction of flexural vibration in thin plates is examined using the acoustic black hole effect ...
An efficient method of reducing edge reflections of flexural waves in plates or bars based on the 'a...
A new method of damping flexural vibrations in plate-like structures based on the ‘acoustic black ho...
In the present paper, an efficient method of damping structural vibrations using the acoustic black ...
A new efficient method of reducing edge reflections of flexural waves in plates or bars based on the...
AbstractA new method of damping flexural vibrations in plate-like structures based on the ‘acoustic ...
In this paper we present some recent experimental results on new lightweight and broad-band damping ...
One of the well-known ways of damping resonant flexural vibrations of different engineering structur...
The present paper provides a brief review of the theoretical and experimental investigations of 'aco...
Flexural waves in beams and plates slow down if their thickness decreases. Such property was success...
It has been shown in our previous publications that the addition of power-law profiled wedges to edg...
In this work, we report experimental results on damping flexural vibrations in rectangular plates co...
This thesis describes the results of the experimental investigations into some new geometrical confi...
Experimental investigations into the acoustic black hole effect and its applications for reduction o...