Comparison of Numerical and Theoretical Friction Effect in the Wire Winding for Reinforced Structures with Wire Winding

Authors: Amer Ezoji, Mohammad Sedighi

Abstract:

In the article, the wire winding process for the reinforcement of a pressure vessel frame has been studied. Firstly, the importance of the wire winding method has been explained. The main step in the design process is the methodology axial force control and wire winding process. The hot isostatic press and wire winding process introduce. With use the equilibrium term in the pressure vessel and frame, stresses in the frame wires analyzed. A case study frame was studied to control axial force in the hot isostatic press. Frame and them wires simulated then friction effect and wires effect in elastic yoke in the simulation model considered. Then theoretical and simulate resulted compare and vessel pressure import to frame because we assurance wire wounded not received to yielding point.   

Keywords: Wire winding, Frame, stress, friction.

Digital Object Identifier (DOI): doi.org/10.5281/zenodo.1335898

References:

[1] Bahador Arabinejad "Design, Analysis, Manufacturing Feasibility of Hot Isostatic Pressing Fram”, Master Thesis of Mechanical Engineering, Faculty of Mechanical Engineering, Iran University Science and Technology,2004.
[2] P. Fryer. High Pressure Vessel Technology, 1987.
[3] E. H. Young & L. E. Brownell. Process Equipment and design. John Wiley and Sons.1959.
[4] L. Yu. Maksimov. "Design of Cylinder to Withstand High Internal Pressure”, Russian Engineering Journal (Translation), 1964.
[5] Ohllson, I., Advantage with prestress wire wound isostatic pressure, The European symposium on power metallurgy, stockholm, 1978.
[6] Gronbaek, J. and Wandheim, T., optimum design of Ribbon and wire wound cylinders for metal forming Dies, journal of Engineering for industry, Aug 1977.
[7] M. Koizumi & M. Nishihara, Isostatic pressing technology and aplication, by, Elsevier Science publishers, 1992.
[8] H. D. Hanes, D. A. Seifert & C. r. Watts, Battle Memorial Institude press, 1979.
[9] ASME.Sec.8.Div3, 2001.
[10] ASTM A905, 1998.
[11] Key steel. edi,1998
[12] Abaqus CAE Help, ver 6.7-1.