Abstract
The elastic-wave transfer function method (ETFuM) is a method for comparing the input elastic wave and the output wave from the test specimens, parts or actual structures and for separating and analysing only the information on the condition of the specimen from the transfer function in the frequency domain. In this review, the background theory and application examples of ETFuM are mentioned. The application examples are concentrated on the estimation of adhesive joint fracture strength and medical application to evaluating the artificial hip joint condition.
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