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123. Lemaitre J., Plumtree A. Application of damage concepts to predict creep-

fatigue failures // Journal of Engineering Materials and Technology-

-292.

124.

125. Lokoshchenko A. M., Fomin L. V. Delayed fracture of plates under creep

condition in unsteady complex stress state in the presence of aggressive medium

-489.

126. Shu C., Hembara O. V., Chepil O. Y. Calculation of the Lifetime of Heat and

Power Equipment Under Long-Term Static Loading, High Temperature, and the

-114.

127. Qin F., Hembara O. V., Chepil O. Y. Modeling of the influence of hydrogen on

the bearing ability of elements of the power-generating equipment under the

conditions of temperature creep

532-540.

128. Hyde C. J., Hyde T. H., Sun W., Becker A. A. Damage mechanics based

predictions of creep crack growth in 316 stainless steel // Engineering Fracture
Mechani -2402.

129. Hyde T. H., Sun W., Tang A. Determination of material constants in creep
continuum damage constitutive equations // Strain. T C.

83-90.
130.

131.

–

132.

1989.

133. Andreykiv O., Hembara O., Dolinska I., Sapuzhak Ya., Yadzhak N. Prediction