Energy Spectrum Evolution of a Diffuse Field in Elastic Body Caused by Weak Nonlinearity
Alexei Akolzin, Richard L. Weaver
Abstract
We study the evolution of diffuse elastodynamic spectral energy density under the influence of weak nonlinearity. It is shown that the rate of change of this quantity is given by a convolution of the linear energy at two frequencies. Quantitative estimates are given for sample aluminum and fused silica blocks of experimental interest.
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