In this study, the flow stress-strain relationship of AA 6061-T6 is obtained at a high temperature (up to 400 °C) and a high strain rate (up to 1 × 104 s−1).
The modified J-C model takes into account the influence of strain on the strain rate hardening effect. The comparison result shows that the modified Johnson- ...
Missing: Milling | Show results with:Milling
Two sets of parameters of Johnson–Cook material model describing material behavior of Al 6061-T6 were investigated by comparing cutting forces and chip ...
Feb 20, 2024 · Simulation study of 6061 aluminum alloy milling process based on DEFORM-3D. The finite element analysis approach is widely employed in the ...
May 17, 2022 · Therefore, the milling process was studied using micro thin-walled structures of Al6061-T6. There are many problems in milling micro thin-walled ...
The current research compares the machining simulation capabilities of the FEM and SPH techniques for Al6061-T6 using ABAQUS. The FEM and SPH 3D model results ...
based material model and experimental data for aluminum alloy 6061-T6 [12]. ... 5.3 Bilinear Johnson-Cook material properties for Al-6061 obtained by SHPB test.
Missing: Milling | Show results with:Milling
A modified segmented J–C model was proposed and aimed to accurately reflect the trend of flow stress–strain at various temperature. To improve the prediction ...
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Zhao, A Comparative Study on Modified and Optimized ... Wang, Optimization of Milling Aluminum Alloy 6061–T6 using Modified Johnson–Cook Model, Simulat.
