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High Strain-Rate Material Model Validation for Laser Peening Simulation [PDF]
The Journal of Engineering, 2015 Finite element modeling can be a powerful tool for predicting residual stresses induced by laser peening; however the sign and magnitude of the stress predictions depend strongly on how the material model captures the high strain rate response.
Kristina Langer +5 more
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Dynamic constitutive relationship of TiZrHfCu0.5 high entropy alloy based on Johnson-Cook model
Journal of Materials Research and Technology, 2023 High entropy alloy has attracted much attention in the field of national defense due to their excellent low-temperature dynamic mechanical properties.
Chuang Chen +3 more
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Dynamic constitutive model of titanium alloy Ti-6Al-4V for high speed cutting: a review
Journal of Aeronautical Materials, 2023 High speed cutting is an effective technique to achieve high efficiency and high quality machining of titanium alloy and other difficult materials.
JIANG Ziwei, YANG Dong, CHEN Jianbin
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Prediction of Hot Formability of AA7075 Aluminum Alloy Sheet
Metals, 2023 A uniaxial high-temperature tensile test of an AA7075 aluminum alloy sheet was conducted using an established induction heating test system. Five different types of specimens were designed to obtain the stress–strain curves at different forming ...
Heyuan Wang, Xiaolong Sui, Yingping Guan
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Metals, 2022 In current industrial practice, the finite element modeling of the metal cutting process is essential. In this paper, finite element analysis of conventional and high-speed cutting of 7075-T6 aluminum alloy is carried out.
Zhijie Wang +5 more
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Metals, 2020 This work focuses on the hot deformation behavior and constitutive models of Ti6Al4V alloy manufactured by directed energy deposition laser (DEDL). The hot compression tests of DEDL Ti6Al4V alloy at deformation temperature of 700–950 °C and strain rate ...
Yong Niu +3 more
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Dynamic constitutive relationship of CuCrZr alloy based on Johnson-Cook model
Nuclear Materials and Energy, 2020 CuCrZr alloy has been acknowledged as one of the most promising candidate materials for the heat sink of plasma facing components in nuclear fusion devices with its excellent thermal conductivity and specific mechanical strength.
Xinyuan Qian +8 more
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Crystals, 2023 To study the deformation and fracture mechanism of 6061 aluminum alloy extruded pipe after secondary heat treatment under different stress triaxiality, a Johnson–Cook failure model was developed.
Tengjiao Hong +5 more
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Metals, 2023 The Johnson–Cook model is widely used because of its ability to meet the simulation material requirements in various situations. However, under different working conditions, the accuracy of the model may have errors. In this work, based on Abaqus (Abaqus
Danqing Yin +5 more
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Crystals, 2023 This study presents an exploration of the flow stress constitutive model and the deformation mechanism of Nb521, both critical for its practical application.
Baohui Zhu +3 more
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