Understanding the mechanical response of built-up welded beams made from commercially pure titanium and a titanium alloy

Patnaik, Anil; Poondla, Narendra; Menzemer, Craig C.; Srivatsan, T. S.

doi:10.1016/j.msea.2013.10.041

Cited by 9 publications

(2 citation statements)

References 10 publications

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“…Титан и его сплавы нашли применение в следующих отраслях промышленности: биомедицина [1], автомобилестроение, приборостроение, пищевая промышленность и многие другие, а так же при изготовлении спортивного оборудования [6,9]. Титановые сплавы являются одним из основных материалов в авиационно-космической промышленности и успешно конкурируют с никелевыми сплавами благодаря сравнительно низкой плотности [5].Например, титановый сплав Ti-5Al-2Sn, подвергнутый высокотемпературному отжигу, используется в авиации благодаря высокой вязкости и пластичности при низких температурах [7].…”

Section: Doi: 1025206/2310-4597-2019-1-5-10unclassified

Investigation of the surface of samples from titanium alloy VT3-1, manufactured by electrical erosion treatment

Zhdanova¹,

Федоров²,

Блесман³

et al. 2019

RussiaMolodaya

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Section: Doi: 1025206/2310-4597-2019-1-5-10unclassified

Investigation of the surface of samples from titanium alloy VT3-1, manufactured by electrical erosion treatment

Zhdanova¹,

Федоров²,

Блесман³

et al. 2019

RussiaMolodaya

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“…Another attractive property of pure titanium metal and its alloy counterparts is its non-corrosive nature. A recent study on built-up welded beams made from both pure titanium metal and a titanium alloy demonstrated the potential for viable use of welded structures for both the defense-related and civilian applications [2][3][4][5].…”

Section: Introductionmentioning

confidence: 99%

Isolating Corrosion of Steel Plates Coupled With Titanium

Patnaik

Xi²,

Adams³

et al. 2014

Volume 10 Number 2

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Over twenty six percent of the bridges in the United States are structurally deficient or functionally obsolete. Corrosion of steel used in structures like bridges and buildings is a problem that has gained increased interest and focused concern. Steel is often the metal that is preferred for use in such applications due to a synergism of ease of availability, acceptable mechanical properties and cost effectiveness. Through the years, titanium has grown in strength, stature and significance to be recognized as an emerging high performance metal that is both stronger and lighter than steel. A distinctive property of titanium and its alloys is its non-corrosive nature. However, a major drawback in the selection and use of pure titanium or its alloy counterpart is the prohibitively high cost. Therefore, it may be possible to combine steel and pure titanium and/or its alloy in structures by restricting steel for bulk of the structure and selectively using titanium and its alloys for the critical but low volume elements, such as, gusset plates and bearings. A hybrid use of titanium in conjunction with steel for structural members will result in better performance while concurrently proving to be both cost-effective and economically affordable. The synergistic use of structural steel and titanium in close proximity with each other could result in accelerated corrosion of steel in the immediate vicinity of titanium. The corrosion performance of titanium plates coupled with steel members is presented. A few viable strategies for minimizing galvanic coupling effects between steel and titanium are discussed. Corrosion experiments were conducted to measure the severity of corrosion when titanium and steel form a galvanic couple, and copper and steel was a comparative system. The study revealed that adequate precautions are needed to minimize localized corrosion when titanium gusset plates are coupled with structural steel members.

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Laser Melting Deposition of CP-Ti/Ti–0.4Ni Graded Material for Structural Applications

Pang

Xiong

Liu

et al. 2021

Metall Mater Trans A

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Understanding the mechanical response of built-up welded beams made from commercially pure titanium and a titanium alloy

Cited by 9 publications

References 10 publications

Investigation of the surface of samples from titanium alloy VT3-1, manufactured by electrical erosion treatment

Investigation of the surface of samples from titanium alloy VT3-1, manufactured by electrical erosion treatment

Isolating Corrosion of Steel Plates Coupled With Titanium

Laser Melting Deposition of CP-Ti/Ti–0.4Ni Graded Material for Structural Applications

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