High-strength titanium

H. Inagaki, "Enhanced superplasticity in high strength titanium alloys" Z. Metallkde 86, 643,1995... 

These and other hydrogen effects can be useful for improvement of processing of industrial high-strength titanium alloys. 

Detailed consideration of the structure of many of the advanced and complex alloys which are of considerable technological importance (high-strength titanium alloys, nickel-base superalloys, etc.) is beyond the scope of this section, other than to point out that no new principles are involved. Certain titanium alloys, for example, exhibit a martensitic transformation, while many nickel-base superalloys are age hardening. Similarly, cast irons, although by no means advanced materials, are relatively complex they are considered in Section 1.3 where graphitisation is discussed. 

High Strength Titanium Boride Whiskers, Japanese New Materials High Performance Ceramics (Jan. 1989)... 

During shrinkage, the materials involved remain with elastic deformation. The method is well suited for high-strength brittle materials (e.g., Fig. 4.1-44c corrosion-resistant high-strength titanium alloys up to 1500 bar for homogenisation pumps). 

Titanium (Ti) Titanium is a grayish metal often used in the manufacture of prosthetic implants because of its light weight, low toxicity, and high strength. Titanium oxide is used in white pigments, especially in paints. 

Cylindrical tubing in semi-fabricated forms made of high-strength titanium alloys... 

In this direction at ASTC "Antonov" the researches concerning maraging steels such as VKS-170 and high-strength titanium alloys were carried out. 

Semlitsch, M., Staub, F. and Weber, H. (1985) Development of a Vital, High-Strength Titanium Aluminium-Niobium Alloy for Surgical Implants Proc. 5th European Conf. on Biomaterials, Paris, Sept. 4-6, 1985. 

High-strength titanium used for matrix plates in shell and tube heat exchangers Exchangers... 

FIG. 7—Generalized test time dependence of K,m.c values measured for high strength titanium alloys, as compared to their K,e and K,scc values. 

Source D. Dees, Crevice Corrosion of High-Strength Titanium Al-ioys in Saturated Brine, Industrial AppHcations of Titanium and Zirconium, ASTM STP 830,1984, p 133-142... 

Source Metallurgical and Mechanical Properties of an Advanced High Strength Titanium Alloy, Titanium Metals Corp. of America, Publication EP 4-69,1969 reported In Aerospace Structural Metals Handbook, Code 3714, Vol 4, Battelle Columbus Laboratories, 1972... 

IMI 367 is a high-strength titanium alloy with ing practices are the same as the standard intersti-... 

Transage 129 is a martensitic, high-har-denability, age-hardenable, high-strength titanium-base alloy. It is a noncommercial, experimental alloy intended to improve structural efficiency in chemical and air frame apphcations. Ttansage 129 is less sensitive to the usual impurities than other (non-TVansage) titanium alloys and has excellent fatigue resistance. 

Transage 175 is an experimental age-har-denable, high-strength titanium-base P alloy. It can be produced in all mill product forms and has good castability and excellent weld repair capability by titanium alloy standards. The alloy has net shape isothermal forging capability. 

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