Superplasticity and solid-phase bonding
of nanostructured materials
(Review)
Part II.
The model of the solid-phase joint formation in titanium alloy under conditions of low temperature superplasticity
Received: 03 May 2011; Revised: 07 June 2011; Accepted: 21 June 2011
This paper is written in
Russian
Citation: R.Y. Lutfullin. Superplasticity and solid-phase bonding
of nanostructured materials
(Review)
Part II.
The model of the solid-phase joint formation in titanium alloy under conditions of low temperature superplasticity. Lett. Mater., 2011, 1(2) 88-91
BibTex https://doi.org/10.22226/2410-3535-2011-2-88-91
@article{Lutfullin2011,
author="R.Y. Lutfullin",
title="Superplasticity and solid-phase bonding
of nanostructured materials
(Review)
Part II.
The model of the solid-phase joint formation in titanium alloy under conditions of low temperature superplasticity",
publisher="Letters on Materials",
year="2011",
journal="Letters on Materials",
volume="1",
number="2",
pages="88-91",
url="https://lettersonmaterials.com/en/Readers/Article.aspx?aid=123",
doi="10.22226/2410-3535-2011-2-88-91"}
Abstract
The manuscript presents a chronological review of studies dealing with the influence of the effect of superplasticity (SP) on improved solid state weldability of crystalline materials. The manuscript considers a model of solid state joining under conditions of low temperature superplasticity for nanostructured titanium alloy VT6. The data of physical modeling of the process of solid state joining under low temperature SP conditions provide scientific basis for substantiation of practical implementation of nanostructured materials at aircraft and air engine enterprises for developing advanced resource-saving technologies for producing hollow components by pressure welding.