D. Shishulin

发表

Laser-Ultrasonic Study of Residual Stresses in Pipes Made of Austenitic Steel

E. V. Savateeva, A. Karabutov, E. Mironova, 2019, Acoustical Physics.

Modeling of fatigue damage accumulation in structural steels under low-cycle block loading

I. Volkov, Y. Korotkikh, D. Shishulin, 2014 .

Modeling Fatigue Life of Structural Alloys Under Block Asymmetric Loading

I. Volkov, L. Igumnov, D. Shishulin, 2020 .

EVALUATION OF THE RESOURCE CHARACTERISTICS OF POLYCRYSTALLINE STRUCTURAL ALLOYS UNDER CYCLIC THERMOMECHANICAL LOADING

I. Volkov, L. Igumnov, D. Shishulin, 2021, Problems of Strength and Plasticity.

Modeling Plastic Deformation of Structural Alloys under Block-Type Nonsymmetrical Regimes of Low-Cycle Loading

I. Volkov, L. Igumnov, D. Shishulin, 2019, Lobachevskii Journal of Mathematics.

Modeling Plastic Deformation of Structural Alloys under Block-Type Nonsymmetrical Regimes of Low-Cycle Loading

I. Volkov, L. Igumnov, D. Shishulin, 2019, Lobachevskii Journal of Mathematics.

MODELING PLASTIC DEFORMATION AND DAMAGE ACCUMULATION PROCESSES IN STRUCTURAL STEELS UNDER BLOCK NON-SYMMETRIC LOW-CYCLE LOADING

L. Igumnov, D. Shishulin, Ivan, 2019 .

MODELING PLASTIC DEFORMATION OF POLYCHRYSTALLINE STRUCTURAL ALLOYS UNDER BLOCK-TYPE NONSYMMETRICAL REGIMES OF SOFT LOW-CYCLE LOADING

I. Volkov, L. Igumnov, S. N. Pichkov, 2019, Problems of strenght and plasticity.

State Equations of Unsteady Creep under Complex Loading

I. Volkov, L. Igumnov, D. Kazakov, 2018 .

State Equations of Unsteady Creep under Complex Loading

I. Volkov, L. Igumnov, D. Kazakov, 2018, Journal of Applied Mechanics and Technical Physics.

On accounting for tempering effect in unsteady creep model for metals

I. Volkov, L. Igumnov, D. Shishulin, 2017 .

NUMERICAL MODELING OF THE FATIGUE LIFE OF STRUCTURAL STEELS UNDER SINGLE-FREQUENCY AND DUAL-FREQUENCY LOADING

I. Volkov, L. Igumnov, D. Shishulin, 2022, Mechanics of Solids.

NUMERICAL MODELING OF THE FATIGUE LIFE OF STRUCTURAL STEELS UNDER SINGLE-FREQUENCY AND DUAL-FREQUENCY LOADING

I. Volkov, L. Igumnov, D. Shishulin, 2022, Mechanics of Solids.

MODELING FATIGUE LIFE OF POLYCRYSTALLINE STRUCTURAL ALLOYSUNDER BLOCK-TYPE NONSYMMETRICAL LOW-CYCLE LOADING

I. Volkov, L. Igumnov, D. Shishulin, 2018 .

Numerical modeling of elastoplastic deformation and damage accumulation in metals under low-cycle fatigue conditions

I. Volkov, Y. Korotkikh, D. Shishulin, 2011 .

A DAMAGED MEDIUM MODEL FOR DESCRIBING THE PROCESSOF LONG-TERM STRENGTH OF STRUCTURAL MATERIALS(METALS AND THEIR ALLOYS)

I. Volkov, L. Igumnov, D. Kazakov, 2017 .

PRINCIPLES AND METHODS FOR DETERMINATION OF SCALAR MATERIAL PARAMETERS OF PLASTIC FLOW THEORY WITH KINEMATIC AND ISOTROPIC HARDENING

I. Volkov, D. Shishulin, Y. G. Korotkih, 2010 .

DEFINING RELATIONS OF TRANSIENT CREEP UNDER COMPLEX STRESS STATE

I. Volkov, L. Igumnov, D. Kazakov, 2016 .

MODELING PROCESSES OF INELASTIC DEFORMATIONAND FAILURE OF HEAT-RESISTANT ALLOYSUNDER CYCLIC THERMAL-MECHANICAL LOADING

I. Volkov, Y. Korotkikh, L. Igumnov, 2015 .

EVALUATING LONG-TERM STRENGTH OF STRUCTURAL ELEMENTS SUBJECTED TO THERMAL-MECHANICAL LOADING

I. Volkov, L. Igumnov, D. Shishulin, 2018 .

Constitutive Relations of the Mechanics of a Damaged Medium for Evaluating the Creep-Rupture Strength of Structural Alloys

I. Volkov, L. Igumnov, D. Kazakov, 2019, Journal of Applied Mechanics and Technical Physics.

MODELING OF NON-STATIONARY CREEP PROCESSES UNDER MULTIPLE LOADING CONDITIONS BY TAKING INTO ACCOUNT DAMAGE ACCUMULATION IN A STRUCTURAL MATERIAL

I. Volkov, L. Igumnov, D. Shishulin, 2022, Mechanics of Solids.

Developing an Acoustic Method for Determining the Degree of Hydrogenation in Structures Made of Titanium Alloys

S. N. Pichkov, D. Shishulin, A. A. Khlybov, 2019, Russian Journal of Nondestructive Testing.

Constitutive Relations of the Mechanics of a Damaged Medium for Evaluating the Creep-Rupture Strength of Structural Alloys

I. Volkov, L. Igumnov, D. Kazakov, 2019, Journal of Applied Mechanics and Technical Physics.