Titanium in Shipbuilding and Other Technical Applications

Author:

Oryshchenko A.S.,Leonov V.P.,Mikhailov V.I.,Kuznetsov P.A.,Alexandrov A.V.

Abstract

Aerospace industry is currently the major consumer of titanium in Russia. Shipbuilding is its second largest consumer. Oil and gas, chemical, pulp-and-paper and other industries use less titanium. In the Russian industrial sector titanium is geting more applicable. Since the 13th World Ti-2015 Conference the titanium application trends have persisted [1]. Among the major development trends of titanium alloys one should note the development of titanium alloys for deep-water marine facilities, case designs of small-size nuclear power plants, the development of additive technologies, the technologies of isostatic pressing, the development of titanium products by new production facilities, etc. Titanium is still considered an advanced structural material used for scientific and technical progress in different industrial sectors.

Publisher

EDP Sciences

Subject

General Medicine

Reference6 articles.

1. Gorynin I.V., Oryshchenko A.S., Leonov V.P., Mikhailov V.I., Schastlivaya I.A., Titanium Application in Marine Engineering and Nuclear Power Engineering, Proceeding of the 13th World Conference on Titanium, San-Diego, USA, 2015.

2. Negodin D.A., Khlobystov D.O., Moskalyov A.E., et al., Results of Development and Production Mastering of Pipes Made of Titanium Alloys in CHMZ, Titanium-2018, №4, pp.37-45.

3. Kolobov G.A., Pavlov V.V., Ovchinnikov A.V., et al., Technology Aspects of Some Ways of Titanium Products Cost Reduction, Titan-2013, №3, pp.39-44.

4. Nogovin N.A., Isaichev A.V., Antashev V.G, Creation Issues of Efficient Titanium Alloys and Ways to Address Them, All Materials, Encyclopedia, Reference book, 2008, №5, pp. 10-15.

5. Kusakina Yu.N., Fyodorova L.V., The Use of Life Cycle Concept on Production Technologies for Perspective Scientific Research of Titanium Alloys, Titan-2017, №3, pp. 50-53.

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