Study on Milling Technology of Screw Motor Stator’s Inner Helicoid and Calculation Method of Milling Cutter Contour
p.946
p.946
Relationship between the Grit Cut Depth and Process Parameters in Electroplated Diamond Wire Sawing KDP Crystal
p.950
p.950
A New Modular Coaxial Feeder Nozzle in Laser Cladding
p.954
p.954
Special Software for Laser Molten Pool Temperature Field Based on LabVIEW
p.958
p.958
Effect of the Load Path on Formability of T-Shaped Tube Hydroforming
p.962
p.962
Numerical Simulation of the Viscous Flow around High-Speed Ship Hull Considering the Free Surface
p.966
p.966
Impact of Carbon Content in Carbon Steel on Laser Boring
p.970
p.970
Study on Cutting Hard Thermal Spray Coating
p.974
p.974
Heat Cutting for Remanufacture Hardness Deposited Materials
p.978
p.978
Effect of the Load Path on Formability of T-Shaped Tube Hydroforming
Abstract:
Based on the analysis of now available evaluation indexes to estimate the formability of T-shaped tube hydroforming, an aggregative indicator is proposed. The effect of load path on the formability of T-shaped tube is discussed by FEM simulation, and validity of the evaluation index and simulations are proved by experiment. Results show that with the broken line load path of 0-35-35-60, the value of aggregative indicator is the greatest and the formability is the best. The optional parameters are testified by experiment and the results are in agreement with the FEM simulation results.
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Info:
Periodical:
Applied Mechanics and Materials (Volumes 101-102)
Pages:
962-965
Citation:
Online since:
September 2011
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