Books & Papers on the software presented by OZON 

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• structural analysis and modified finite element method [1,3,5,10-12,15-18]
• decelerator aerodynamics and CFD codes [1-4,6-9,13,14]
• aeroelasticity of parachutes, paragliders and balloons [1,3,8,13,15,18]

Mosseev, Y., "The decelerator pitch-dependent performances prediction based on 3D aeroelastic analysis", 15th CEAS/AIAA Aerodynamic Decelerator Systems Technology Conference and Seminar, AIAA 99-1717,Toulouse, France, June 8-11, 1999, 10pp. 

1) Rysev ,O., Ponomarev, A., Vasiljev, M., Vishnjak, A., Dneprov, I., Mosseev, Y., "Parachute Systems", "Nauka" publ. Co., Russian Academy of Science, Moscow, 1996, 288p.

2) Davydov, Y., Mosseev , Y., "Aerodynamic Research of Parachute Systems Using Large Particles Method", Institute of Parachute Constructions, Moscow, 1990, 91p.

3) Mosseev, Y., "The Multipurpose Integrated PC-Software for Structural and Aeroelastic Analysis of Decelerators, Paragliders and Balloons", 14th AIAA Aerodynamic Decelerator Systems Technology Conference, AIAA 97-1455, San Francisco, June 2-5,1997. 11pp.

4) Mosseev, Y., "Methods and Results of Theoretical Investigations for High-Speed Parachute Systems", RAeS/AIAA 12-th Aerodynamic Decelerator Systems Technology Conference and Seminar, AIAA 93-1237, London, May 10-13, 1993, pp. 194-203.

5) Vishnjak, A.,Mosseev, Y., "The Program MONSTR-2.0 for Designing and Computing Main Characteristics of Framed Soft Shells", RAeS/AIAA 12-th Aerodynamic Decelerator Systems Technology Conference and Seminar, AIAA 93-1237, London, May 10-13, 1993, pp. 245-247.

6) Mosseev, Y., "Parachute Aerodynamic Performances Prediction & High Speed Test Methods", Two Days Workshop on Parachute Technologies & Space Loads Recovery Systems, CIMSA & ETSIA, Madrid, April 27-28, 1992, p.18

7) Davydov,Y., Mosseev, Y., Logvinenko, S., Shuhova, T. "Integration of Numerical Results of Parachute Aerodynamics in Undisturbed High-Speed Flow", J. Dynamic Systems, Kiev State University, v.9, 1990, pp.81-86.

8) Mosseev, Y., Shuhova, T., "An Aeroelasticity of Crucial Parachute in Undisturbed Supersonic Flow", Vibrations of Shells With Fluid, 6th Symposium, Novosibirsk, 1990, pp.142-146.

9) Mosseev, Y., "Analytical Method to Compute The High-Speed Parachute Drag Coefficient", J. Unsteady Problems of Mechanics, Physical-Technical Institute, Academy of Science of the USSR, Kazan, v.22, 1989, pp.13-27.

10) Dneprov, I., Kuzin, N., Mosseev, Y., Ponomarev, A., "The Stressing State of Square Parachutes", J. Aero-elasticity and Strength of Aircraft, Air Force Academy, Moscow, 1988, pp.104-114.

11) Mosseev, Y., Rysev, O., "Mathematical Simulation of Parachute Stressing State", J. Parachutes and Porous Bodies, Institute of Mechanics & Moscow State University, 1987, pp. 44-57.

12) Gorsky, N., Dneprov, I., Mosseev, Y.,Ponomarev, A., Rysev, O. "Stressing State of Parachute During Inflation", Statics and Dynamics of Flexible Constructions, "Nauka" publ. Co., Academy of Science of the USSR, Moscow, 1987, 238p., pp.194-201.

13) Logvinenko, S., Mosseev, Y., "The Large Particles Method for Arbitrary Mesh and Its Application to Parachute Aeroelastic Problems", J. Dynamic Systems, Kiev State University, v.6, 1987, pp.32-36.

14) Mosseev, Y., Parshukova, N., "The Modified Large Particles Method and Application to Paraglider Airfoil Aerodynamics", J. Shell - Fluid Flow Interaction, Physical-Technical Institute, Academy of Science of the USSR, Kazan, v.20, 1987, pp.41-50.

15) Mosseev, Y., Ponomarev, A., "The Structural Analysis of Hang-Glider Using Finite Element Method", J. Aeroelasticity and Strength of Aircraft, Air Force Academy, Moscow, 1987, pp.160-177.

16) Mosseev, Y., Rysev, O., Fedorov, V., "The Finite Element Analysis of Ram-Air Parachute", J. Shell - Fluid Flow Interaction, Physical-Technical Institute, Academy of Science of the USSR, Kazan, v.20, 1987, p.31-40.

17) Gorsky, N., Ladygin, V., Mosseev, Y., "Research of Drag Parachute Stressing State", J. Dynamic Systems, Kiev State University, v.5, 1986, pp.32-36.

18) Larev, A., Mosseev, Y., "The Structural Analysis of Framed Soft Shell Using Finite Element Method", J. Dynamic Systems, Kiev State University, v.1, 1982, pp.37-43. 

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