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Neither type of the epoxy resins affected the tensile behavior of the sheets much.
In addition, it appears that the type of epoxy resins did not affect the tensile behavior of the sheets much.
Superplastic behavior of the sheets was evaluated in the temperature range 573 693 K and compared that of the initial materials having relatively coarse grains.
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A user material subroutine (VUMAT) is employed to implement the material behavior of the sheet metal.
Forming limit diagram (FLD) offers a convenient and useful tool to predict the forming behavior of the sheet metals, which can be enhanced by forming at elevated temperatures.
This behavior is consistent with the results in Ref [1]. Figure 1a also shows that the behavior of the sheet resistance after treating with pure hydrogen under vacuum (VH) is quite different from the HF-treated case.
The dynamic mechanical behavior of the nanocomposite sheets was studied.
Flat sheets of electroformed iron were created, and the mechanical properties, microstructure, and corrosion behavior of these sheets were compared to pure iron and stainless steel.
A three-dimensional finite element code, DEFORM 3D, is proposed to examine the plastic deformation behavior of the porous sheet at the roll gap during the shape rolling of V-sectioned sheet.
The work hardening behavior of the initial sheet was deeply analyzed and it was used to guide the pre-deformation process.
The defects, including scratches, bare spots, pimples and wrinkle bands, were microstructurally characterized and their influence on corrosion behavior of the coated sheet was evaluated.
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CEO of Professional Science Editing for Scientists @ prosciediting.com