Search Results - "Fang, Jinxiu"

Influence of the key process parameters in hydrodynamic deep drawing utilizing a combined floating and static die cavity by Wang, Huiting, Kong, Jianfei, Pan, Hongbo, Fang, Jinxiu, Shen, Xiaohui

“…This study focuses on the effects of the key process parameters during a modified hydrodynamic deep drawing utilizing a combined floating and static die cavity…”
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Numerical simulation and experimental study on axial compression electromagnetic bulging of aluminum alloy tube by Dahao, Wang, Zhenyu, Zhu, Fei, Pan, Xiaoming, Sun, Xiaohui, Cui, Jinxiu, Fang

“…Aiming at the problem pertaining to small area at the end of the tube and the asynchronous rate of traditional mechanical forming and electromagnetic forming…”
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Electromagnetic pulse-assisted incremental drawing of aluminum cylindrical cup by Fang, Jinxiu, Mo, Jianhua, Cui, Xiaohui, Li, Jianjun, Zhou, Bo

“…Based on the needs of low plasticity materials and large height diameter ratio parts forming, a new forming approach named electromagnetic pulse-assisted…”
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Experimental investigations of the electromagnetic pulse-assisted incremental drawing of aluminum alloy by Fang, Jinxiu, Mo, Jianhua, Bai, Fengmei, Wang, Huiting

“…During the drawing process, when the radial tensile stress is greater than the limit of the sheet metal’s bearing capacity, the workpiece will rupture. In…”
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Investigation of large area sheet forming with laser shocking spot by spot by Zhang, Xingquan, Niu, Wenwu, Zhang, Yan, Hu, Xingxing, Fang, Jinxiu, Zuo, Lisheng, Yin, Yuande, Shah, Syed Sohail Ahmad

“…[Display omitted] •The cup with large area bottom can be formed with nine-spot laser shock in sequence.•The different order of laser shocking can not change…”
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Electromagnetic pulse-assisted incremental drawing forming of aluminum alloy cylindrical part and its control strategy by Fan, Suo, Mo, Jianhua, Fang, Jinxiu, Xie, Jun

“…This paper explores a compound forming method of the cylindrical drawing by using the servo press forming combined with the electromagnetic pulse-assisted…”
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Investigation of the fatigue life of AISI304 stainless steel round rod with small hole subjected to laser shot peening by Niu, Wenwu, Zhang, Xingquan, Fang, Jinxiu, Qi, Xiaoli, Huang, Zhilai, Wang, Tao, Wei, Wei

“…The fatigue properties of AISI304 stainless steel round rod with small hole subjected to laser shot peening (LSP) were investigated. Laser shot peening was…”
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Particle size distribution and total suspended solid concentrations in urban surface runoff by Zhao, Hongtao, Ma, Yukun, Fang, Jinxiu, Hu, Lian, Li, Xuyong

“…An in-depth understanding of particle size distribution as well as total suspended solids (TSS) in surface runoff is essential for managing urban diffuse…”
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Pollutant transport analysis and source apportionment of the entire non-point source pollution process in separate sewer systems by Ma, Yukun, Hao, Shaonan, Zhao, Hongtao, Fang, Jinxiu, Zhao, Jiang, Li, Xuyong

“…Understanding pollutant transport process and source apportionment is critical to urban stormwater pollution mitigation. Previous studies have investigated…”
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Microstructure difference of 5052 aluminum alloys under conventional drawing and electromagnetic pulse assisted incremental drawing by Fang, Jinxiu, Mo, Jianhua, Li, Jianjun

“…In the electromagnetic pulse assisted incremental drawing (EMPAID) process, the sheet metal was alternatively deformed under quasi-static and high speed…”
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A novel process of the bulged tube manufactured by laser-induced shock wave by Zhang, Xingquan, Hu, Rui, Fang, Jinxiu, Zuo, Lisheng, Yin, Yuande, Wang, Huiting, Li, Shengzhi

“…This study presents a novel tube-forming method that employs a pulsed laser as a stamping tool to form a small-diameter bulged tube, which could not be easily…”
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Research on dynamic deformation behaviors of laser driving metal sheet precision forming by Zhang, Xingquan, Liu, Hangxuan, Wang, Yinkai, Duan, Shiwei, Zhang, Yan, Fang, Jinxiu, Pei, Shanbao, Hu, Wenfeng

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Effect of Aging Treatment Regime on Mechanical Properties and Precipitation Behavior of 7003 Aluminum Alloy Extruded Materials by Xiang, Caiwei, Xie, Lingling, Li, Jinghui, Fang, Jinxiu, Huang, Zhenyi

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Tensile Deformation and Fracture Behavior of AA5052 Aluminum Alloy under Different Strain Rates by Fang, Jinxiu, Zhu, Zhenyu, Zhang, Xingquan, Xie, Lingling, Huang, Zhenyi

“…To study the mechanical behavior of 5052 aluminum alloy at different strain rates, uniaxial tensile tests at quasi-static, medium, and high strain rates were…”
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Correction to: Numerical simulation and experimental study on axial compression electromagnetic bulging of aluminum alloy tube by Dahao, Wang, Zhenyu, Zhu, Fei, Pan, Xiaoming, Sun, Xiaohui, Cui, Jinxiu, Fang

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Microstructure evolution of 2024 aluminum alloy subjected to two stage laser shock sheet forming by Zhang, Xingquan, Zhu, Rui, Fang, Jinxiu, Guo, Li, Wang, Ziyu, Zuo, Lisheng, Duan, Shiwei

“…In the paper, the disc sheet of 2024 aluminum alloy was shaped precisely into a flat-bottom cup by two stage laser shocking, and its microstructure evolution…”
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Large-scale sheet deformation process by electromagnetic incremental forming combined with stretch forming by Cui, Xiaohui, Mo, Jianhua, Li, Jianjun, Xiao, Xiaoting, Zhou, Bo, Fang, Jinxiu

“…Large-size sheet parts manufacturing requires huge forming machines in spinning and sheet hydroforming. In addition, large part cannot be shaped by…”
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Strengthening and Toughening Mechanism and Corrosion Resistance of 7003 Aluminum Alloy by Thermomechanical Treatment by Xiang, Caiwei, Xie, Lingling, Li, Jinghui, Luo, Guangxin, Fang, Jinxiu, Pan, Hongbo

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Effect of Extrusion Temperature on Microstructure Evolution and Strengthening Mechanism of 7003-T6 Aluminum Alloy by Equal Channel Angular Pressing by Xiang, Caiwei, Xie, Lingling, Li, Jinghui, Xia, Zixiang, Luo, Guangxin, Fang, Jinxiu, Pan, Hongbo

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Incremental electromagnetic-assisted stamping (IEMAS) with radial magnetic pressure: A novel deep drawing method for forming aluminum alloy sheets by Cui, Xiaohui, Li, Jianjun, Mo, Jianhua, Fang, Jinxiu, Zhou, Bo, Xiao, Xiaoting, Feng, Fei

“…A new forming method denoted as incremental electromagnetic-assisted stamping (IEMAS) with radial magnetic pressure is proposed in this paper, which was…”
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