Alloying and Heat Treatment of Structural (α + β) Titanium Alloys of High and Superhigh Strength

A. I. Khorev

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Alloying and Heat Treatment of Structural (α + β) Titanium Alloys of High and Superhigh Strength

机译：高和超高强度结构（α+β）钛合金的合金化和热处理

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摘要

Means of improving and stabilizing the mechanical properties of titanium alloys are proposed: alloying with fewer alloying elements; thermal and thermomechanical treatment.

机译：提出了改善和稳定钛合金机械性能的方法。热处理和热机械处理。

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《Russian engineering research》 |2010年第7期|共7页
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A. I. Khorev;
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1. Alloying and Heat Treatment of Structural (α + β) Titanium Alloys of High and Superhigh Strength [J] . A. I. Khorev Russian engineering research . 2010,第7期

机译：高和超高强度结构（α+β）钛合金的合金化和热处理
2. Scientific fundamentals of producing high and superhigh structural strength of weldable titanium alloys [J] . A.I. Khorev Welding International . 2013,第1a3期

机译：生产可焊接钛合金的高和超高结构强度的科学基础
3. High strength microstructural forms developed in titanium alloys by rapid heat treatment [J] . O. M. Ivasishin Journal de Physique, IV: Proceedings of International Conference . 2001,第4期

机译：通过快速热处理在钛合金中形成的高强度微结构形式
4. High strength microstructural forms developed in titanium alloys by rapid heat treatment [C] . O.M. Ivasishin, Journal de Physique IV European mechanics of materials conference on processes, microstructures and mechanical properties . 2000

机译：通过快速热处理在钛合金中开发的高强度微观结构形式
5. Optimizing strength and fracture toughness of a cast titanium alloy through heat treatment and microstructure control. [D] . Robinson, Amy C. 2007

机译：通过热处理和微结构控制来优化铸造钛合金的强度和断裂韧性。
6. The Effects of Post Heat Treatment on the Microstructural and Mechanical Properties of an Additive-Manufactured Porous Titanium Alloy [O] . Guisheng Yu, Zhibin Li, Youlu Hua, 2020

机译：后热处理对增材制造的多孔钛合金显微组织和力学性能的影响
7. Investigation of the effect of different time-temperature parameters of heat treatment on the structural and phase transformations, and on the formation of properties in the course of heating of quenched hydrogen-containing alloys on the base of orthorhombic titanium aluminide Ti2AlNb. [O] . Хаджиева, О. Г., Khadzhieva, O. G. 2013

机译：研究不同时间热处理参数对结构和相变的影响，以及在正交晶铝化钛Ti2AlNb的基础上对淬火含氢合金加热过程中性能形成的影响。
8. High Strength Microstructural Forms in Titanium Alloys Processed with Rapid Heat Treatment [R] . Ivasishin, O. 2004

机译：快速热处理钛合金的高强度显微组织形式

Alloying and Heat Treatment of Structural (α + β) Titanium Alloys of High and Superhigh Strength

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