KLASYFIKACJA OPISÓW FUNKCJONALNYCH I SCHEMATÓW LOKALIZACJI ŹRÓDEŁ EMISJI AKUSTYCZNEJ

Baranov V.M., Molodtsov K.I.: Akusto-emissionye devices of nuclear energy. Atomizdat, Moscov, 1980.
  Google Scholar

Bolotin Y.I., Drobot Y.B.: Acoustic emission of fragile microfracture. Khabarovsk, 2003.
  Google Scholar

Chausov I.G., Nedoseka S.A., Lebedev A.A.: Intercommunication of descriptions of crack resistance materials with the parameters of acoustic emission on the final stages of deformation. Technical diagnostics and non-destructive control, 3/1995, 3–6.
  Google Scholar

Cherepanov G.P., Ershov L.V.: Mechanics of destruction. Mechanical engineering, Moscov, 1977.
  Google Scholar

Locker D.A., Byerlee J.D., Kuksenko V., Ponomarev A., Sidorin A.: Quasi-static fault growth and shear fracture energy in granite. Nature 350(7), 1991, 39–42.
  Google Scholar

Morgan D.: Ustroystva treatments of signals on the superficial acoustic waves. Radio and connection, Moscov, 1990.
  Google Scholar

Polesskaya L.M., Grichuk V.V., Balabanov A.A., Marasanov V.V.: About determination of co-ordinates of defects in constructions with an arbitrary surface. Fault detection, 7, 1978, 50–56.
  Google Scholar

Marasanov V., Sharko A.: Mathematical Models for Interrelation of Characteristics of the Developing Defects with Parameters of Acoustic Emission Signals. International Frontier Science Letters, 10, 2016, 37–44.
  Google Scholar

Shpon'ko A.A., Shumova L.V.: Method of calculation of co-ordinates of sources of acoustic emission. Management, automation and informative processes in metallurgy, 2, 2008, 79–81.
  Google Scholar