Simulation of the Forging Process Incorporating Strain-Induced Phase Transformation Using the Finite Volume Method (Part II; Effects of Strain Rate on Structural Change and Mechanical Behavior)

Peiran DING; Dong-Ying JU; Tatsuo INOUE

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Simulation of the Forging Process Incorporating Strain-Induced Phase Transformation Using the Finite Volume Method (Part II; Effects of Strain Rate on Structural Change and Mechanical Behavior)

机译：有限体积法模拟结合应变诱导相变的锻造过程（第二部分;应变率对结构变化和力学行为的影响）

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In part I, based on the framework of metallo-thermo-mechanics, a finite volume method formulated in the Eulerian description has been set up to simulate the forging process and corresponding strain-induced austenitic martensite phase transformation. The approach has been developed and implemented in the commercial computer program MSC. SuperForge. In this paper, numerical simulations for SUS304 stainless steel on backward and forward extrusions are carried out in order to verify the method proposed in Part I. Furthermore, the effects of strain rate on the austenitic-martensite phase transformation and the aggregate flow stress are studied.

机译：在第一部分中，基于金属热力学的框架，建立了以欧拉描述为基础的有限体积方法，以模拟锻造过程和应变诱发的奥氏体马氏体相变。该方法已经在商用计算机程序MSC中开发和实现。 SuperForge。为了验证第一部分中提出的方法，本文对SUS304不锈钢在前后挤压过程中进行了数值模拟。此外，还研究了应变速率对奥氏体-马氏体相变和骨料流动应力的影响。。

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《Materials Science Research International》 |2001年第1期|共7页
作者
Peiran DING; Dong-Ying JU; Tatsuo INOUE;
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正文语种 eng
中图分类工程材料一般性问题;
关键词
finite volume method; strain-induced phase transformation; incremental formulation of kinetics equation; metallo-thermo-mechanics; forging; SUS304 stainless steel; strain rate;

机译：有限体积法;应变诱发相变;动力学方程式增量公式;金属热力学;锻造;SUS304不锈钢;应变率;

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1. Simulation of the Forging Process Incorporating Strain-Induced Phase Transformation Using the Finite Volume Method (Part II; Effects of Strain Rate on Structural Change and Mechanical Behavior) [J] . Peiran DING, Dong-Ying JU, Tatsuo INOUE Materials Science Research International . 2001,第1期

机译：有限体积法模拟结合应变诱导相变的锻造过程（第二部分;应变率对结构变化和力学行为的影响）
2. Simulation of the Forging Process Incorporating Strain-Induced Phase Transformation Using the Finite Volume Method [J] . Peiran DING, Tatsuo INOUE, Shoji IMATANI Materials Science Research International . 2001,第1期

机译：有限体积法模拟结合应变诱导相变的锻造过程
3. Simulation of the forgin gprocess incorporating strain-induced phase transformation using the finite volume method (part I; basic theory and numerical methodology) [J] . Peiran Ding, Tatsuo Inoue, Shoji Imatani, Materials Science Research International . 2001,第1期

机译：使用有限体积方法对包含应变诱导相变的异物过程进行模拟（第一部分;基本理论和数值方法）
4. Forging process simulation incorporating strain-induced phase transformation by the finite volume method [C] . P.Ding, T.Inoue, S.Imatani, The International Conference on Numerical Methods in Industrial Forming Processes . 2001

机译：锻造过程模拟通过有限体积法掺入应变诱导的相变
5. Modeling and simulations of strain-induced phase transformations in materials under compression and compression-torsion in traditional and rotational diamond anvil cells [D] . Feng, Biao. 2015

机译：传统和旋转金刚石砧座中压缩和压缩扭转材料中应变诱导相变的建模与仿真
6. Mechanical and Thermal Influences on Microstructural and Mechanical Properties during Process-Integrated Thermomechanically Controlled Forging of Tempering Steel AISI 4140 [O] . Bernd-Arno Behrens, Kai Brunotte, Tom Petersen, 2020

机译：加工钢铁AISI 4140过程集成热机控锻造过程中微观结构和机械性能的机械和热影响
7. Simulation of the Forging Process Incorporating Strain-Induced Phase Transformation Using the Finite Volume Method [O] . Peiran DING, Dong-Ying JU, Tatsuo INOUE, 2001

机译：使用有限体积法掺入应变诱导相变的锻造过程的模拟

Simulation of the Forging Process Incorporating Strain-Induced Phase Transformation Using the Finite Volume Method (Part II; Effects of Strain Rate on Structural Change and Mechanical Behavior)

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