Research on Real-Time NURBS Interpolator with Quintic Curve Acceleration/Deceleration Algorithm
p.884
p.884
Laser Local Stripe Bionic Strengthening of Mould Surface
p.889
p.889
Laser Bionic Strengthening Local Grid of Mould Surface
p.893
p.893
Shape Rolling Simulation of Tailor Rolled Blanks Based on Deform-3D
p.897
p.897
FEM Simulation and Optimization of Process Parameters for Tube Hydroforming
p.901
p.901
Cutting Performance and Engineering Technology for High Speed Machining of Diamond Coating Cutters
p.905
p.905
Experimental Investigation of Strengthening and Polishing Aeroengine Blades
p.909
p.909
Process Data Driven Based Process Equipment Automatic Control Technology
p.913
p.913
Preparation and Characterization of Magnetic Functional Hybrid Particles
p.918
p.918
FEM Simulation and Optimization of Process Parameters for Tube Hydroforming
Abstract:
The finite element software DYNAFORM was applied to simulate the whole tube hydroforming process. Two main failure types in the process of hydroforming are wrinkling and bursting. The strain distribution and thickness distribution at different process parameters were presented. Not only friction coefficient but also the effect of different matching of internal pressure and axial force was simulated and analyzed. In addition, the velocity of punch was considered too. The result has reference value for the variable cross-section tube hydroforming process research.
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Info:
Periodical:
Applied Mechanics and Materials (Volumes 101-102)
Pages:
901-904
Citation:
Online since:
September 2011
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