| Issue | Title | 
																												
								| No 5 (2023) | METHODS AND RESULTS OF STUDYING THE PORTEVIN – LE CHATELIER EFFECT: PHYSICALLY-ORIENTED CONTINUOUS AND MULTILEVEL MODELS |  | 
							
					| Trusov P.V.,													Gerasimov R.M. | 
						
																										
								| No 1 (2017) | Serrated yielding: crystal viscoplastic models |  | 
							
					| Trusov P.V.,													Chechulina E.A. | 
						
																										
								| No 4 (2016) | A modifiedBouc-Wen model to describe the hysteresis of non-stationary processes |  | 
							
					| Danilin A.N.,													Kuznetsova E.L.,													Kurdumov N.N.,													Rabinsky L.N.,													Tarasov S.S. | 
						
																										
								| No 5 (2023) | METHODS AND RESULTS OF STUDYING THE PORTEVIN – LE CHATELIER EFFECT: EXPERIMENTS AND MACROPHENOMENOLOGICAL MODELS |  | 
							
					| Trusov P.V.,													Chechulina Е.А. | 
						
																										
								| No 5 (2023) | INFLUENCE OF THE CRYSTALLOGRAPHIC ORIENTATION OF FCC SINGLE CRYSTALS ON PLASTIC STRAIN UNDER UNIAXIAL MONOTONIC AND CYCLIC THERMOMECHANICAL LOADING |  | 
							
					| Semenova A.А.,													Grishchenko A.I.,													Semenov A.S. | 
						
																										
								| No 5 (2023) | CRYSTAL PLASTICITY FINITE-ELEMENT SIMULATIONS FOR QUASISTATIC DEFORMATION OF POLYCRYSTALS IN TERMS OF EXPLICIT DYNAMICS |  | 
							
					| Romanova V.A.,													Balokhonov R...,													Borodina A.,													Shakhidzhanov V.S.,													Lychagin D.V.,													Emelianova E.S.,													Pisarev M. | 
						
																										
								| No 4 (2022) | MODELING OF CREEP PROCESSES OF SINGLE-CRYSTAL ALLOYS WITH TAKING INTO ACCOUNT OF RAFTING |  | 
							
					| Grishchenko A.I.,													Semenov A.S. | 
						
																										
								| No 2 (2022) | Modeling of the elastoplastic deformation process of single crystal superalloys |  | 
							
					| Grishchenko A.I.,													Semenov A.S. | 
						
																										
								| No 1 (2014) | Mathematical models of growth deformation |  | 
							
					| Dolganova O.Y.,													Lokhov V.A. | 
						
																										
								| No 2 (2025) | Gapped Momentum States and Dispersion Analysis of Mechanical Behavior of Viscoelastic Media |  | 
							
					| Knyazev N.A.,													Nikitiuk A.S.,													Naimark O.B. | 
						
																										
								| No 3 (2017) | Finite-element model validation and its execution algorithm |  | 
							
					| Zabelin A.V.,													Pyhalov A.A. | 
						
																										
								| No 2 (2018) | Mathematical models of nonlinear viscoelasticity with operators of fractional integro-differentiation |  | 
							
					| Ogorodnikov E.N.,													Radchenko V.P.,													Ungarova L.G. | 
						
																										
								| No 3 (2014) | STOCHASTIC MODELLING OF DEFORMATION PROCESS IN ELASTOPLASTIC COMPOSITES WITH RANDOMLY LOCATED INCLUSIONS USING HIGH ORDER CORRELATION FUNCTIONS |  | 
							
					| Tashkinov M.A. | 
						
																										
								| No 4 (2021) | Multilevel model of polycrystals: application to assessing the effect of texture and grains misorientation on the critical deformation of the dynamic recrystallization initiation |  | 
							
					| Kondratev N.S.,													Trusov P.V.,													Podsedertsev A.N. | 
						
																										
								| No 3 (2014) | IDENTIFICATION METHOD OF GRADIENT MODELS PARAMETERS OF INHOMOGENEOUS STRUCTURES BASED ON DISCRETE ATOMISTIC SIMULATIONS |  | 
							
					| Lurie S.A.,													Solyaev Y.O. | 
						
																										
								| No 2 (2021) | A Comparison of Experimental and Computation Results of Finding Effective Characteristics of Elastic Properties of Polymer Layered Composites from Carbon and Glass Fabrics |  | 
							
					| Muyzemnek A.Y.,													Ivanova T.N.,													Kartashova E.D. | 
						
																										
								| No 1 (2015) | Multilevel models of crystal plasticity and viscoplasticity in multiphase polycrystalline materials |  | 
							
					| Kondratev N.S.,													Trusov P.V. | 
						
																										
								| No 2 (2020) | The Dissipative Properties Assessment of the Oscillatory System of a Serial Sample of the Coriolis Flowmeter |  | 
							
					| Romanov V.A.,													Taranenko P.A. | 
						
																										
								| No 4 (2016) | Numerical analysis of poroviscoelastic prismatic solids and halfspaces dynamics via boundary element method |  | 
							
					| Ipatov A.A.,													Belov A.A.,													Litvinchuk S.Y. | 
						
																										
								| No 2 (2020) | The grain structure refinement of metals and alloys under severe plastic deformation: experimental data and analysis of mechanisms |  | 
							
					| Ostanina T.V.,													Shveykin A.I.,													Trusov P.V. | 
						
																										
								| No 3 (2022) | Cycle life prediction under low cycle fatigue using nonlinear Marco - Starkey model |  | 
							
					| Lykova A.V.,													Ilinykh A.V.,													Wildemann V.E. | 
						
																										
								| No 4 (2019) | Analysis of models for porosity evolution in reservoir during steam injection |  | 
							
					| Kostina A.A.,													Zhelnin M.S.,													Plekhov O.A. | 
						
																										
								| No 4 (2016) | SPECTRAL DECOMPOSITIONS IN DYNAMICAL VISCOELASTIC PROBLEMS |  | 
							
					| Lycheva T.N.,													Lychev S.A. | 
						
																										
								| No 2 (2022) | Evolution of the grain structure of metals and alloys under intense plastic deformation: multilevel models |  | 
							
					| Trusov P.V.,													Ostanina T.V.,													Shveykin A.I. | 
						
																										
								| No 2 (2019) | Research methods of structural and phase transformations in nanomaterials deformed under pressure |  | 
							
					| Vasil’ev L.S.,													Lomaev S.L. | 
						
																										
								| No 1 (2022) | Evolution of the grain structure of metals and alloys under severe plastic deformation: continuum models |  | 
							
					| Trusov P.V.,													Ostanina T.V.,													Shveykin A.I. | 
						
																										
								| No 1 (2013) | Combined discrete modeles in the three-dimensional elastic inhomogeneous bodies analysis of complex shape |  | 
							
					| Matveev A.D. | 
						
																										
								| No 4 (2024) | On Two-Level Models of the Taylor–Bishop–Hill Type for Describing the Elastoplastic Deformation of Polycrystalline Bodies: One Option for Solving the Problem of Uncertainty in the Choice of Active Slip Systems |  | 
							
					| Trusov P.V.,													Gladkikh P.A. | 
						
																										
								| No 4 (2017) | Longitudinal resonance vibrations of the viscoelastic rod with a variable length |  | 
							
					| Anisimov V.N. | 
						
																										
								| No 1 (2022) | Calculation of VAT and assessment of the strength of a segmented cylindrical shell made of composite materials with metal inserts |  | 
							
					| Rogozhnikova E.N.,													Anoshkin A.N.,													Bulbovich R.V. | 
						
																										
								| No 3 (2013) | OBZOR MATEMATIChESKIKh MODELEY DLYa OPISANIYa FAZOVYKh PREVRAShchENIY V STALYaKh |  | 
							
					| Isupova I.L.,													Trusov P.V. | 
						
																										
								| No 2 (2024) | Multilevel Model for Describing Martensitic Transformation: Formation of the Polyhedral Martensite Structure |  | 
							
					| Podsedertsev A.N.,													Kondratev N.S.,													Trusov P.V.,													Makarevich E.S. | 
						
																										
								| No 1 (2022) | The method of fictitious discrete models in calculations of composite bodies |  | 
							
					| Matveev A.D. | 
						
																										
								| No 3 (2014) | SERRATED YIELDING: PHYSICAL MECHANISMS, EXPERIMENTAL DATES, MACRO- PHENOMENOLOGICAL MODELS |  | 
							
					| Trusov P.V.,													Chechulina E.A. | 
						
																										
								| No 1 (2022) | Analysis of multiaxial fatigue models based on the results of biaxial tests for aluminum alloys |  | 
							
					| Gabe A.A.,													Wildeman V.E.,													Yankin A.S. | 
						
							
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