Identification of forming performance parameters for 6016
The current investigation aims to comprehensively investigate the mechanical properties and forming characteristics of 6016 aluminum alloy sheets. Specifically, Digital Image
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The current investigation aims to comprehensively investigate the mechanical properties and forming characteristics of 6016 aluminum alloy sheets. Specifically, Digital Image
The deformation texture and microstructure evolution in pure aluminum sheet after electromagnetic bulging was investigated in detail by using electron backscatter diffraction
10. Mai 2021 Bending deformation behavior of 6061 aluminum alloy sheets after different aging times was investigated using three-point bending tests. The bending deformation
Compared with Figure 8a,b, in Figure 8c–f, the tensile deformation temperature increased from 200 °C to 400 °C, respectively, and the elongation of the 6082-T6 aluminum alloy
Based on the tensile test of aluminum alloy bars at different strain rates, the fracture morphology and microstructure of fracture samples were studied and analyzed to elucidate
Uniaxial tensile deformation behavior of three aluminum sheet alloys, Al 5182+1% Mn, Al 5754 and Al 6111-T4, are studied in the warm forming temperature range of 200–350 °C
1. Mai 2023 The hot tensile deformation behavior of 7075 aluminum alloy sheet was studied using Gleeble-3800 thermal simulation machine at deformation temperatures of 400–475 °C and strain rates of 0.001∼1s −1.Microstructure evolution and fracture morphology were observed by optical microscopy (OM), scanning electron microscopy
21. Feb. 2013 To discover the deformation behavior and corresponding mechanism of the typical material under fluid pressure, we proposed a test method for the uniaxial tensile deformation performance of the sheet under fluid pressure and developed a testing device as well as a special fixture. The aluminum and aluminum alloy were tested based on
11. März 2024 The thermal deformation behavior of a 7075 aluminum alloy sheet under different deformation conditions in the PAHF was studied via isothermal uniaxial hot tensile experiments, which was carried out on a Gleeble-3500 thermal simulation testing machine. The temperature and strain rate were automatically controlled by the computer,
15. Juli 2003 Uniaxial tensile deformation behavior of three aluminum sheet alloys, Al 5182+1% Mn, Al 5754 and Al 6111-T4, are studied in the warm forming temperature range of 200–350 °C and in the strain rate range of 0.015–1.5 s −1.Approaches have been made to process the selected aluminum sheet alloys so that the microstructural change during
1. Aug. 2012 To optimize the mechanical properties, especially formability, post-process deformation by cold rolling in the range 5–50 % reduction was applied to aluminum sheets produced by accumulative roll bonding to an equivalent strain of 4.8. During tensile testing high resolution maps of the strain distribution over the tensile sample gage length
Tensile Deformation Behavior Of Aluminum Alloys At Warm Uniaxial tensile deformation behavior of three aluminum sheet alloys, Al 5182+1% Mn, Al 5754 and Al 6111-T4, are studied in the warm forming temperature range of 200–350 °C and in the strain rate range of 0.015–1.5 s −1.Approaches have been made to process the selected aluminum sheet
5. Nov. 2018 To determine yield locus of type 5083 aluminum-magnesium sheet at elevated temperature, biaxial tensile experiments were performed, using cruciform specimens, at various temperatures (25-300°C
1. Apr. 2016 Table 4. Data for elastic modulus and limit stress of alloys under study . Table 5. Ramberg tensile testing of standard sheet metal samples for the alloys . AW-5083 and AW-2024. In the analy
1. Sept. 2017 It can be seen from above that the deformation of FSW 2024-T4 sheet was concentrated in the nugget zone of the weld either for tensile tests or free bulging tests at the temperature of 400 °C, exhibiting a significant inhomogeneous strain distribution. This paper focuses on the hot deformation behavior of FSW sheet. The microstructure of