Determination of rheological properties of titanium alloys under conditions of high strain rates

机译：高应变率条件下钛合金流变性能的测定

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This article considers the method of determining the parameters of the rheological properties of material of titanium alloy Ti-Al-V used in aircraft engine technology, under face milling. Calculations were carried out in CAE system Deform using FEM - model.

机译：本文考虑了在脸部研磨下测定飞机发动机技术中使用的钛合金Ti-Al-V材料的流变性能参数的方法。使用FEM - 模型在CAE系统变形中进行计算。

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《International Science and Technical Conference on Metal Physics, Mechanics of Material and Deformation Processes》|2016年|xi542p|共5页
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作者
Andrey V. Balaykin; Alexsandr I. Kondratev; Natalia V. Galkina;
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中图分类 TB3-532;
关键词
cutting temperature; cutting force; rheological properties; the stress-strain state; Johnson-Cook constitutive model;

机译：切削温度;切割力;流变性质;应力 - 应变状态;约翰逊厨师本构模型;

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1. Rheological Properties and Similarity Conditions in Simulating the Upsetting of a Titanium Alloy VT20 Billet: II. Simulation of the Upsetting of Experimental Samples and Virtual Billets [J] . V. K. Nosov, E. I. Ermakov, P. A. Nesterov, Russian Metallurgy(Metally) . 2018,第3期

机译：模拟钛合金VT20坯料镦粗的流变性质及相似条件：II。模拟实验样品和虚拟坯料的镦粗
2. Rheological Properties and Similarity Conditions in Simulating the Upsetting of a Titanium Alloy VT20 Billet: II. Simulation of the Upsetting of Experimental Samples and Virtual Billets [J] . V. K. Nosov, E. I. Ermakov, P. A. Nesterov, Russian Metallurgy(Metally) . 2018,第3期

机译：模拟钛合金VT20坯料镦粗的流变性质及相似条件：II。模拟实验样品和虚拟坯料的镦粗
3. Rheological properties and similarity conditions in simulating the upsetting of a titanium alloy VT20 billet: I. Experimental results [J] . V. K. Nosov, E. I. Ermakov, P. A. Nesterov, Russian Metallurgy(Metally) . 2017,第9期

机译：模拟钛合金VT20坯镦粗的流变性质及相似条件：I。实验结果
4. Determination of rheological properties of titanium alloys under conditions of high strain rates [C] . Andrey V. Balaykin, Alexsandr I. Kondratev, Natalia V. Galkina International Science and Technical Conference on Metal Physics, Mechanics of Material and Deformation Processes . 2016

机译：高应变率条件下钛合金流变性能的测定
5. Fabrication and high-strain-rate properties of hot explosively consolidated tungsten-titanium alloys. [D] . Kecskes, Laszlo John. 1996

机译：热爆炸固结钨钛合金的制备和高应变率性能。
6. Surface Nanocrystallization and Amorphization of Dual-Phase TC11 Titanium Alloys under Laser Induced Ultrahigh Strain-Rate Plastic Deformation [O] . Sihai Luo, Liucheng Zhou, Xuede Wang, 2018

机译：激光诱导超高应变速率塑性变形下双相TC11钛合金的表面纳米化和非晶化
7. The effect of slightly faster strain rates and internal hydrogen on uranium-0. 8 weight percent titanium alloy mechanical properties [O] . E.L. Bird 1990

机译：浅蓝率略紧率和内氢对铀-0的影响。 8重量％钛合金机械性能
8. True-Stress True-Strain Properties of Titanium and Titanium Alloys as a Function of Temperature and Strain Rate [R] . DeSisto, T. S. 1960

机译：作为温度和应变率函数的钛和钛合金的真应力真应变特性

Determination of rheological properties of titanium alloys under conditions of high strain rates

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