Cantalever Protection Aluminum Profiles Extrusion Die Design Method and Numerical Simulation

In order to improve the service life of extrusion dies with long cantilever structure, a design scheme of porthole die for half-hollow profiles with long cantilever was introduced. Using numerical simulation method, compared with conventional method for the half-hollow porthole design method of a ty...

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Published inApplied Mechanics and Materials Vol. 152-154; pp. 301 - 305
Main Authors Pan, Jian Yi, Zhou, Zhao Yao, Dong, Shou Bin, Wang, Yao
Format Journal Article
LanguageEnglish
Published Zurich Trans Tech Publications Ltd 01.01.2012
Subjects
Extrusion
Aluminum (Al)
Die Design
Numerical Simulation
Cantalever
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Abstract In order to improve the service life of extrusion dies with long cantilever structure, a design scheme of porthole die for half-hollow profiles with long cantilever was introduced. Using numerical simulation method, compared with conventional method for the half-hollow porthole design method of a typical profile die model, the equilibrium of the material flow at the outlet, the stress and deformation of the die were analyzed in detail. With selection of the cantilever thickness shrinkage as the objective function, experiment was done to verify the result of simulating analysis. The results indicated that there was only little difference for the equilibrium of material flow between the two design schemes, but the stress load and deformation of the design scheme were greatly improved.
AbstractList In order to improve the service life of extrusion dies with long cantilever structure, a design scheme of porthole die for half-hollow profiles with long cantilever was introduced. Using numerical simulation method, compared with conventional method for the half-hollow porthole design method of a typical profile die model, the equilibrium of the material flow at the outlet, the stress and deformation of the die were analyzed in detail. With selection of the cantilever thickness shrinkage as the objective function, experiment was done to verify the result of simulating analysis. The results indicated that there was only little difference for the equilibrium of material flow between the two design schemes, but the stress load and deformation of the design scheme were greatly improved.
Author Wang, Yao
Dong, Shou Bin
Zhou, Zhao Yao
Pan, Jian Yi
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Cites_doi 10.1016/s0927-0256(00)00122-1
10.1016/S0924-0136(01)00741-5
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Keywords Extrusion
Aluminum (Al)
Die Design
Numerical Simulation
Cantalever
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Snippet In order to improve the service life of extrusion dies with long cantilever structure, a design scheme of porthole die for half-hollow profiles with long...
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Title Cantalever Protection Aluminum Profiles Extrusion Die Design Method and Numerical Simulation
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