| Issue | Title | 
																												
								| No 5 (2023) | DEFORMATION OF A THIN FILM AFTER CONTACT LOSS WITH A CYLINDRICAL BASE AXIAL DELAMINATION |  | 
							
					| Ustinov K.B.,													Gandilyan D.V. | 
						
																										
								| No 1 (2019) | The Effect of Preliminary Plastic Hardening by Tension on the Cylindrical Shells Buckling during Torsion |  | 
							
					| Bazhenov V.G.,													Zhegalov D.V.,													Kazakov D.A.,													Kibec A.I.,													Nagornykh E.V.,													Samsonova D.A. | 
						
																										
								| No 4 (2020) | Analysis of the fracture toughness parameters at the free edge in layered composites |  | 
							
					| Bondarchuk D.A.,													Fedulov B.N.,													Fedorenko A.N.,													Lomakin E.V. | 
						
																										
								| No 4 (2020) | Investigation of the Winkler foundation model applicability for describing the contact interaction of elastoplastic shells with a core under external pressure |  | 
							
					| Bazhenov V.G.,													Nagornykh E.V.,													Samsonova D.A. | 
						
																										
								| No 2 (2019) | Hydroelastic stability of coaxial cylindrical shells made of piezoelectric material |  | 
							
					| Bochkarev S.A.,													Lekomtsev S.V. | 
						
																										
								| No 3 (2021) | The Numerical simulation of composite sandwich cylindrical shells reinforced with circular frames under local loadings |  | 
							
					| Sukhomlinov L.G.,													Shivrin M.V. | 
						
																										
								| No 1 (2018) | ESTIMATION OF THE CYLINDRICAL COMPOSITE SHELL STIFFNESS AT THE INITIAL STAGE OF CURING DURING DEPLOYMENT BY INTERNAL PRESSURE |  | 
							
					| Gilev V.G.,													Rusakov S.V.,													Pestrenin V.M.,													Pestrenin I.V. | 
						
																										
								| No 2 (2021) | An Analytical Approach to Obtaining the Stress Field of a Cylindrical Shell with a Circular Hole under Tension |  | 
							
					| Kashtanova S.V.,													Rzhonsnitskiy A.V. | 
						
																										
								| No 2 (2018) | Modeling of dynamic behavior of reinforced cylindrical shells under elastic-plastic deformation of materials of composition components |  | 
							
					| Yankovskii A.P. | 
						
																										
								| No 1 (2021) | Analysis of the stability of the computational algorithm to a change in the geometric parameters of cylindrical shell structures |  | 
							
					| Bakusov P.A.,													Semenov A.A. | 
						
																										
								| No 2 (2024) | DEFORMATION OF A THIN FILM AFTER CONTACT LOSS WITH A CYLINDRICAL BASE, WITH ACCOUNTING FOR THE INFLUENCE OF ITS CURVATURE, COMPLIANCE, AND ACTION OF TRANSVERSE FORCES; DELAMINATION LOCATED IN THE CIRCUMFERENTIAL DIRECTION |  | 
							
					| Gandilyan D.V. | 
						
																										
								| No 1 (2020) | The Refined Model of Viscoelastic-Plastic Deformation of Reinforced Cylindrical Shells |  | 
							
					| Yankovskii A.P. | 
						
																										
								| No 4 (2019) | About a new approach to calculating spiral clamps |  | 
							
					| Danilin A.N.,													Zhavoronok S.I.,													Rabinsky L.N. | 
						
																										
								| No 4 (2015) | Modelling of deformation of wire spiral structures |  | 
							
					| Danilin A.N.,													Kurdumov N.N.,													Kuznetsova E.L.,													Rabinsky L.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 4 (2015) | Natural vibrations of heated functionally graded cylindrical shells with fluid |  | 
							
					| Bochkarev S.A.,													Lekomtsev S.V. | 
						
							
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