Aerospace and space industry has traditionally been a pacemaker for development and introduction of new materials systems and production technologies. The key driving forces for materials development are weight reduction, application-specific performance improvement, and reduced costs. Application of advanced engineering materials has significant impact on both economical and ecological issues. The use of titanium alloys in the aerospace sector are airframe, engine, helicopter, and space applications.
https://www.eolss.net/Sample-Chapters/C05/E6-36-05-03.pdf
In Russia, there was a lot of research on the applications of Titanium for aeronautical and aerospace solutions. Below I refer three papers (with direct links) as a guide for other researches. Since these papers are in Russian, translation (try Google as to scan the content) is necessary for material comprehension.
- Ночовная Н.А. (2007). ПЕРСПЕКТИВЫ И ПРОБЛЕМЫ ПРИМЕНЕНИЯ ТИТАНОВЫХ СПЛАВОВ. Авиационные материалы и технологии, (1), 5-9. https://cyberleninka.ru/article/n/perspektivy-i-problemy-primeneniya-titanovyh-splavov
- Антипов В.В. (2017). ПЕРСПЕКТИВЫ РАЗВИТИЯ АЛЮМИНИЕВЫХ, МАГНИЕВЫХ И ТИТАНОВЫХ СПЛАВОВ ДЛЯ ИЗДЕЛИЙ АВИАЦИОННО-КОСМИЧЕСКОЙ ТЕХНИКИ. Авиационные материалы и технологии, (S), 186-194. https://cyberleninka.ru/article/n/perspektivy-razvitiya-alyuminievyh-magnievyh-i-titanovyh-splavov-dlya-izdeliy-aviatsionno-kosmicheskoy-tehniki
- Титов, В. И., Гундобин, Н. В., & Пилипенко, Л. В. (2015). Определение палладия в порошкообразных материалах электротехнических изделий, отработавших свой ресурс. Труды ВИАМ, (1). https://www.viam.ru/public/files/1993/1993-201274.pdf
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