Search Results - "Yuan, Chaolong"

Comparative study of metamodeling methods for modeling the constitutive relationships of the TC6 titanium alloy by Shen, Zenan, Wu, Rendong, Yuan, Chaolong, Jiao, Wei

“…It is important to model the flow behavior of materials before the design and optimization of the forming process. In this work, the TC6 titanium alloy was…”
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Prediction and analysis of breakthrough extruding force based on a modified FE-model in large-scale extrusion process by Jiang, Yilin, Wu, Rendong, Yuan, Chaolong, Wang, Wenzhu, Jiao, Wei

“…P91 steel is considered an appropriate material for high-quality pipes used in nuclear plant. In the extrusion process on 680-million-newton-tonnage forging…”
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Prediction of breakthrough extruding force in large-scale extrusion process using artificial neural networks by Wei, Wei, Yuan, Chaolong, Wu, Rendong, Jiao, Wei

“…Accurate prediction of breakthrough extruding force is very important for extrusion production, especially for the large-scale extrusion process, which…”
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Prediction of Recrystallization Structure of 2A12 Aluminum Alloy Pipe Extrusion Process Based on BP Neural Network by Jiang, Haishun, Wu, Rendong, Yuan, Chaolong, Jiao, Wei, Chen, Lingling, Zhou, Xingyou

“…2A12 aluminum alloy is a high-strength aerospace alloy. During its extrusion process, the extrusion process parameters have a great impact on the…”
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The Parameter Identification of Physical-Based Constitutive Model by Inverse Analysis Method for Application in Near-Net Shape Forging of Aluminum Wheels by Chen, Lingling, Yuan, Chaolong, Wu, Rendong, Jiao, Wei, Jiang, Haishun, Zhou, Xingyou

“…A reliable constitutive model is a prerequisite to simulate a new complex forming technique, which is represented by the near-net shape forging process of…”
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Wear of a crossing under dynamic wheel impact by Wei, Wei, Yuan, Chaolong, Wu, Rendong, Chen, Fuqiang, Jiao, Wei

“…Combined with Archard theory, a finite element model for wear study of the crossing is developed by taking into account dynamic wheel impact as well as…”
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Mimic-biology research on self-recovering mechanism of cavity-type crack by Yuan, Chaolong, Zhong, Yuexian, Ma, Qingxian, Cao, Qixiang

“…Modeling method was used to research the recovering law of inner cavity-type cracks during the processes of high-temperature plastic deformation. It was found…”
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