| Issue | Title | 
																												
								| No 4 (2014) | Technologies and problems of composite materials mechanics for production of outlet guide vane for aircraft jet engine |  | 
							
					| Anoshkin A.N.,													Zuiko V.Y.,													Shipunov G.S.,													Tretyakov A.A. | 
						
																										
								| No 4 (2018) | Numerical simulation for development of methodology of stress-strain state control of composite bulkhead for aviation application with the usage of FBG sensors |  | 
							
					| Anoshkin A.N.,													Zuiko V.Y.,													Pelenev K.A.,													Pisarev P.V.,													Shipunov G.S. | 
						
																										
								| No 4 (2015) | Stress-strain analysis and strength prediction of composite outlet guide vane for aircraft jet engine |  | 
							
					| Grinev M.A.,													Anoshkin A.N.,													Pisarev P.V.,													Zuiko V.Y.,													Shipunov G.S. | 
						
																										
								| No 3 (2015) | CAD/CAE modelling of mechanical behavior of composite outlet guide vane for aircraft jet engine |  | 
							
					| Grinev M.A.,													Anoshkin A.N.,													Pisarev P.V.,													Zuiko V.Y.,													Shipunov G.S. | 
						
																										
								| No 1 (2017) | Numerical and experimental study of composite bulkhead partition strength with in-situ x-ray monitoring |  | 
							
					| Potrahov N.N.,													Anoshkin A.N.,													Zuiko V.Y.,													Osokin V.M.,													Pisarev P.V.,													Pelenev K.A. | 
						
																										
								| No 5 (2024) | EXPERIMENTAL STUDY OF FIBER-REINFORCED PLASTICS IN A BROAD RANGE OF STRAIN RATES |  | 
							
					| Konev S.D.,													Konstantinov A.Y.,													Sergeichev I.V. | 
						
																										
								| No 4 (2021) | Composite materials in aircraft engine blades |  | 
							
					| Khayrnasov K.Z. | 
						
																										
								| No 1 (2016) | Fractal analysis of deformation curves of fiber-reinforced fine-grained concretes under compression |  | 
							
					| Selyaev V.P.,													Nizina T.A.,													Balykov A.S.,													Nizin D.R.,													Balbalin A.V. | 
						
																										
								| No 3 (2024) | MULTIPARAMETRIC OPTIMIZATION OF THE ROTOR BLADE DESIGN OF A HELICOPTER WITH CONTROLLED GEOMETRY |  | 
							
					| Anoshkin A.N.,													Pisarev P.V.,													Nureeva E.G.,													Bayandin S.R. | 
						
																										
								| No 4 (2016) | Packaging and deployment of large shell structures by internal pressure loading |  | 
							
					| Pestrenin V.M.,													Pestrenina I.V.,													Rusakov S.V.,													Kondyurin A.V.,													Korepanova A.V. | 
						
																										
								| No 3 (2021) | Simulation of impact failure of tubular samples made of composite material, depending on the loading rate |  | 
							
					| Fedorenko A.N.,													Fedulov B.N.,													Lomakin E.V. | 
						
																										
								| No 2 (2016) | Theoretical-experimental study of mechanical behavior in 3D composites under quasi-steady damage |  | 
							
					| Tsepennikov M.V.,													Strom A.A.,													Povyshev I.A.,													Smetannikov O.Y. | 
						
																										
								| No 6 (2023) | LOCAL DAMAGES IN THE HIP JOINT ENDOPROSTHESIS FROM THE С/С COMPOSITE DURING OVERLOADS |  | 
							
					| Razumovskii E.S.,													Shavshukov V.E. | 
						
																										
								| No 3 (2019) | About Electrical Conductivity of the Epoxy Matrix with Carbon Nanotubes |  | 
							
					| Semenov V.A.,													Rusakov S.V.,													Gilev V.G. | 
						
																										
								| No 1 (2025) | Residual Stresses in a Damaged Area of a Composite Plate under Static and Dynamic Influences of a Steel Indenter |  | 
							
					| Eleonsky S.I.,													Pisarev V.S.,													Chernov A.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) | 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 4 (2016) | Experimental and numerical research of the dynamic response of composite outlet guide vane for aircraft jet engine |  | 
							
					| Grinev M.A.,													Anoshkin A.N.,													Pisarev P.V.,													Shipunov G.S.,													Nikhamkin M.S.,													Balakirev A.A.,													Konev I.P.,													Golovkin A.Y. | 
						
																										
								| No 2 (2016) | Manufacturing defects in composite flanges: modelling and analysis of influence on static strength |  | 
							
					| Anoshkin A.N.,													Zuiko V.Y.,													Osokin V.M.,													Tretyakov A.A.,													Pisarev P.V. | 
						
																										
								| No 4 (2020) | Study Smart-layer effect on the physical and mechanical characteristics of the samples from polymer composite materials under quasi-static loading |  | 
							
					| Shipunov G.S.,													Baranov M.A.,													Nikiforov A.S.,													Golovin D.V.,													Tihonova A.A. | 
						
																										
								| No 4 (2023) | ESTIMATING PARAMETERS OF PERMISSIBLE DEFECTS IN STRUCTURAL FIBERGLASS BASED ON THEORY OF CRITICAL DISTANCES |  | 
							
					| Mullahmetov M.N.,													Lobanov D.S.,													Melnikova V.A.,													Yankin A.S. | 
						
																										
								| No 4 (2020) | Investigation of damage accumulation and delamination propagation in polymer composite materials based on two-level fracture models |  | 
							
					| Dolgikh D.A.,													Tashkinov M.A. | 
						
																										
								| No 4 (2016) | Numerical analysis of dynamic strength of composite cylindrical shells under multiple-pulse exposures |  | 
							
					| Abrosimov N.A.,													Elesin A.V. | 
						
																										
								| No 1 (2019) | The Research of the Mechanical Behavior of Elastically Transformable Composite Structures |  | 
							
					| Khaliulin V.I.,													Batrakov V.V.,													Shabalin L.P.,													Kiauka M.Y.,													Bezzametnov O.N. | 
						
																										
								| No 4 (2015) | Experimental investigation of defects influence on composites sandwich panels strength using digital image correlation and infrared thermography methods |  | 
							
					| Lobanov D.S.,													Wildemann V.E.,													Spaskova E.M.,													Chikhachev A.I. | 
						
																										
								| No 4 (2020) | Numerical analysis of the spherical bearing geometric configuration with antifriction layer made of different materials |  | 
							
					| Adamov A.A.,													Kamenskih A.A.,													Pankova A.P. | 
						
																										
								| No 3 (2023) | REGULARITIES OF FATIGUE FAILURE TYPICAL COMPOSITE FLANGE |  | 
							
					| Solomonov D.G.,													Sazhenkov N.A.,													Konev I.P.,													Toropicina A.V.,													Nikhamkin M.S. | 
						
																										
								| No 4 (2024) | An Express Estimation of Fatigue Strength of Composite Flanges by Infrared Thermography |  | 
							
					| Nihamkin M.S.,													Solomonov D.G. | 
						
																										
								| No 1 (2017) | Experimental studies of the high temperature influence on strength and deformation properties of combined glass organoplastics |  | 
							
					| Lobanov D.S.,													Babushkin A.V. | 
						
																										
								| No 1 (2019) | Evaluation of the Damage Degree to Carbon-Fiber Composite Materials under Impact |  | 
							
					| Staroverov O.A.,													Babushkin A.V.,													Gorbunov S.M. | 
						
							
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