ASPECTS REGARDING NUMERICAL SIMULATION OF C35 STEEL BILLET DURING HOT UPSETTING PROCESS

Adriana NEAG; Mariana POP

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ASPECTS REGARDING NUMERICAL SIMULATION OF C35 STEEL BILLET DURING HOT UPSETTING PROCESS

机译：C35钢坯热拔过程数值模拟的几个方面

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In order to study the plastic deformation characteristics of C35 steel in upsetting process, by means of Forge 2009 software, the forging process of C35 billet was simulated. The aim of this work is to determine by simulation the temperature, stress and strain distributions in the forged billet. The changes in temperatures, stresses and strains in different regions of the billet were simulated.

机译：为了研究C35钢up粗过程中的塑性变形特性，利用Forge 2009软件对C35钢坯的锻造过程进行了模拟。这项工作的目的是通过模拟确定锻坯的温度，应力和应变分布。模拟了坯料不同区域的温度，应力和应变的变化。

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《Metalurgia》 |2010年第5期|共4页
作者
Adriana NEAG; Mariana POP;
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原文格式 PDF
正文语种 eng
中图分类冶金工业;
关键词
simulation; plastic deformation; upsetting; Forge2009 software;

机译：模拟;塑性变形;up粗;Forge2009软件;

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专利

1. ASPECTS REGARDING NUMERICAL SIMULATION OF C35 STEEL BILLET DURING HOT UPSETTING PROCESS [J] . Adriana NEAG, Mariana POP Metalurgia . 2010,第5期

机译：C35钢坯热拔过程数值模拟的几个方面
2. Simulation Of 42crmo Steel Billet Upsetting And Its Defects Analyses During Forming Process Based On The Software Deform-3d [J] . Z.J. Zhang, G.Z. Dai, S.N. Wu, Materials Science and Engineering . 2009,第1a2期

机译：基于Deform-3d软件的42crmo钢坯setting粗模拟及其成形过程中的缺陷分析
3. Rupture of alumina coatings on C35 steel: A numerical simulation [J] . Berkouch Reda, Bernardie Raphaelle, Valette Stephane, Proceedings of the Institution of Mechanical Engineers. Part L, Journal of Materials: Design and Application . 2020,第12期

机译：C35钢上的氧化铝涂层破裂：数值模拟
4. Experimental Numerical Study of the Hot Upsetting of Weld Cladded Billets [C] . Jingcai WANG, Laurent LANGLOIS, Muhammad RAFIQ, ESAFORM conference on material forming . 2013

机译：堆焊坯热Up粗的实验与数值研究
5. Modeling and Simulation of Viscoplasticity, Recrystallization, and Softening of Alloyed Steel during Hot Rolling Process [D] . Wang, Xin. 2018

机译：热轧过程中合金钢粘胶塑性，重结晶和软化的建模与仿真
6. Determining Conditions for Thermoplastic Processing Guaranteeing Receipt of High-Quality Wire Rod for Cold Upsetting Using Numerical and Physical Modelling Methods [O] . Konrad Laber, Marcin Knapiński 2020

机译：用数值和物理建模方法确定保证冷Up粗优质线材的热塑性加工条件的条件
7. Numerical Simulation of Macrosegregation Impurities in the Solidifying Continuous Casting Steel Billet [O] . Oleksandr Volodimirovich Hress, O. B. Isayev, O. O. Chebotaryova, 2018

机译：凝固连铸钢坯中宏观聚糖杂质的数值模拟
8. Final report on numerical simulation of processes of hot sheet bending in the frame of the project EUREKA-FASP (EU353). v. 3. Pt. 5. Pt. 6. New source representation obtained by comparison with experimental temperature data; Parametric analyses of area heating processes in the sheet hot bending [R] . Carmignani, B. , Toselli, G. 1996

机译：关于EUREKa-Fasp（EU353）项目框架中热板弯曲过程数值模拟的最终报告。 v.3。pt。 5. pt。 6.通过与实验温度数据比较获得的新源表示;板材热弯曲区域加热过程的参数分析

ASPECTS REGARDING NUMERICAL SIMULATION OF C35 STEEL BILLET DURING HOT UPSETTING PROCESS

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