Use of the acoustic emission method in detecting the fracture process in specimens made of composite materials von Stepanova, L N, Lebedev, E Yu, Kareev, A E, Chaplygin, V N, Katarushkin, S A

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Study of fracture of specimens made of fiberglass plastic using acoustic-emission and strain measurements von Stepanova, L. N., Lebedev, E. Yu, Kabanov, S. I., Chaplygin, V. N., Katarushkin, S. A., Ramazanov, I. S., Kanifadin, K. V.

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Study of Growth of Fatigue Cracks in Metallic Samples Using Methods of Acoustic Emission and Strain Measurement von Murav'ev, V V, Stepanova, L N, Chaplygin, V N, Lebedev, E Y, Kozhemyakin, V L, Kareev, A E, Katarushkin, S A

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Studies of the Fracture Process in Composite Structural Elements Based on Strain Measurements and the Acoustic-Emission Technique von Ser'eznov, A N, Stepanova, L N, Lebedev, E Yu, Chaplygin, V N, Katarushkin, S A, Kozhemyakin, L

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Studying the correlation of the informative parameters of acoustic-emission signals with the destruction processes in specimens with welding flaws von Stepanova, L. N., Chaplygin, V. N., Kabanov, S. I., Kanifadin, K. V., Katarushkin, S. A., Lebedev, E. Yu

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Studies of the fracture process in composite structural elements based on strain measurements and the acoustic-emission technique von Ser?eznov, A. N., Stepanova, L. N., Lebedev, E. Yu, Chaplygin, V. N., Katarushkin, S. A., Kozhemyakin, V. L.

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Study of growth of fatigue cracks in metallic samples using methods of acoustic emission and strain measurement von MURAV'EV, V. V, STEPANOVA, L. N, CHAPLYGIN, V. N, LEBEDEV, E. Yu, KOZHEMYAKIN, V. L, KAREEV, A. E, KATARUSHKIN, S. A

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