By Koichi Masubuchi
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Additional info for Analysis of Welded Structures. Residual Stresses, Distortion, and Their Consequences
7079 in particular hardens to a great depth. (l02'117) Alloys are classified further into two broad categories : heat treatable and non-heat treatable. Thefirstis stronger and more expensive because of the heat treatment involved. A letter following the alloy designation and separated from it by a hyphen indicates the basic-temper designation. The addition of a subsequent digit, where applicable, indicates the specific treatment employed to produce the basic temper. Those compositions that are hardenable only by strain hardening are given "-H" designations; whereas those hardenable by heat treatment through precipitation or a combination of cold work and precipitation are given the letter "-T" in accordance with the following classification : - F As fabricated - O Annealed, recrystallized (wrought only) - H Strain-hardened 30 Analysis of Welded Structures -HI strain-hardened only - H 2 Strain-hardened and then partially annealed -H3 Strain-hardened and then stabilized -W Solution heat-treated—unstable temper -T Heat-treated to stable tempers -T2 Annealed (cast only) -T3 Solution treated and cold-worked -T4 Solution treated followed by natural aging at room temperature -T5 Artificially aged only after an elevated-temperature, rapid cool fabrication process such as casting or extrusion -T6 Solution treated and artificially aged -T7 Solution treated and stabilized to control growth and distortion -T8 Solution treated, cold-worked, and artificially aged -T9 Solution treated, artificially aged, and cold-worked A second numeral following the basic temper letter indicates the degree of hardness produced by the specific processing operation.
Impurities. The elements carbon, hydrogen, nitrogen and oxygen form interstitial solid solutions with titanium. 15 shows the individual effect of carbon, nitrogen, and oxygen on ultimate tensile strength and elongation of titanium. Hydrogen also causes an increase in strength and a reduction in ductility. 0 2 4 6 8 10 12 14 16 ADDITION ELEMENT (wt%) FIG. 16. Effect of alloy additions on mechanical properties of alpha titanium alloys/ 102, ί 14) Introduction 43 Alloying elements. 16 shows the individual effect of aluminum, tin, and zirconium, which are added to many titanium alloys, on the ultimate strength and elongation of titanium.
A simple, yet highly significant, zoning of metallurgical type is developed in Fig. 10 by tracing the effects of increasing strength level on the shelf transition features of various generic classes of steels. 4. A series of metallurgical quality corridor zones, which are related to the melting and processing practices used to produce the steels, become evident. The lowest corridor zone involves relatively low-alloy commercial Q&T steels produced by conventional low-cost melting practices. 5 kg/mm 2 or 896 to 1034 MN/m 2 ).
Analysis of Welded Structures. Residual Stresses, Distortion, and Their Consequences by Koichi Masubuchi