Determining Parameters of Fractional–Exponential Heredity Kernels of Nonlinear Viscoelastic Materials by Golub, V. P., Pavlyuk, Ya. V., Fernati, P. V.

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Determining the Parameters of the Hereditary Kernels of Isotropic Nonlinear Viscoelastic Materials in Combined Stress State by Golub, V. P., Kobzar’, Yu. M., Fernati, P. V.

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Identification of the Hereditary Kernels of Isotropic Linear Viscoelastic Materials in Combined Stress State. 2. Proportional deviators by Golub, V. P., Maslov, B. P., Fernati, P. V.

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Determining the Parameters of Fractional Exponential Hereditary Kernels for Nonlinear Viscoelastic Materials by Golub, V. P., Pavlyuk, Ya. V., Fernati, P. V.

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Calculating the Linear Creep Strains of Viscoelastic Fibers under Tension by Golub, V. P., Kobzar’, Yu. M., Fernati, P. V.

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Determining the parameters of the fractional exponential heredity kernels of linear viscoelastic materials by Golub, V. P., Fernati, P. V., Lyashenko, Ya. G.

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Nonlinear Creep of Viscoelastic Organic Fibers under Tension by Golub, V. P., Kobzar', Yu. M., Fernati, P. V.

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An Approach to Constructing a Rheological Model of a Strain-Hardening Medium by Golub, V. P., Kobzar', Yu. M., Fernati, P. V.

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Calculating creep strains in linear viscoelastic materials under nonstationary uniaxial loading by Golub, V. P., Pavlyuk, Ya. V., Fernati, P. V.

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Identification of the Hereditary Kernels of Isotropic Linear Viscoelastic Materials in Combined Stress state. 1. Superposition of Shear and Bulk creep by Golub, V. P., Maslov, B. P., Fernati, P. V.

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Determining the Parameters of the Hereditary Kernels of Nonlinear Viscoelastic Isotropic Materials in Torsion by Golub, V. P., Ragulina, V. S., Fernati, P. V.

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Nonlinear creep of unidirectional fibrous composites tensioned along the reinforcement by Golub, V. P., Kobzar’, Yu. M., Fernati, P. V.

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