Results 241 to 250 of about 3,000,384 (294)

Thermomechanical Processing of Aluminium Alloys

1998
Over 50% of the aluminium alloys produced by industry undergo subsequent mechanical working and annealing (thermomechanical processing or TMP), in order to produce a fmished or semi-fmished product. This type of processing is also important for many other metals, e.g. the forging of nickel and titanium alloys for aerospace applications, and is becoming
F. J. Humphreys, G. W. Lorimer
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Thermomechanical Processing beta Titanium

1973
Abstract : on polygonized structures, the effects of cold-reduction temperature, and multi-stage aging. Combinations of strength and ductility can be manipulated within a wide range by varying the amount of cold work and the aging treatment. Mechanical properties are strongly dependent upon the mode of deformation during cold working and slight ...
Ned W. Polan, Donald H. Avery
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Thermomechanical Processing of Thixomolded Alloys

2017
A wide variety of Mg alloys have been processed by Thixomolding ® followed by thermomechanical processing (TMP)—to increase tensile, creep and fatigue strength, ductility and formability. These alloys encompass variations in Al, Zn, Ca, Mn, Sr, Y, Zr and Rare Earths (RE) in the Mg base.
Raymond Decker, Stephen LeBeau, Tracy Berman, Tori Miller, J. Wayne Jones, Tresa Pollock, Nir Moskovich, Boris Bronfin   +7 more
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Thermomechanical Processes for Nonferrous Alloys

2005
Abstract The thermomechanical processing (TMP) of conventional and advanced nickel and titanium-base alloys is aimed at altering or enhancing one or more metallurgical features within the material and component. This article presents a number of examples of the TMP of nickel-base superalloys and titanium alloys.
D.U. Furrer, S.L. Semiatin
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Kinetics of austenite transformation during thermomechanical processes

Canadian Metallurgical Quarterly, 1998
Abstract One of the most important fundamental problems of thermomechanical processing (TMP) of steel is the transformation kinetics of deformed austenite, which has a great influence on the final microstructure and mechanical properties. In the present work, the results of more than 20 years systematic study of deformation effects on the ferrite ...
V. M. Khlestov, E. V. Konopleva, H. J. Mcqueen   +2 more
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Thermomechanical analysis of the friction stir welding process

AIP Conference Proceedings, 2019
Since its development, FSW has been pointed as an excellent alternative to fusion welding. Although this technology was initially settled for welding aluminum alloys, recent developments allowed extending its application to a more diversified range of base materials.
Andrade, David, Leitão, Carlos, Dialamishabankareh, Narges, Chiumenti, Michele, Rodrigues, Dulce   +4 more
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Shock Thermomechanical Processing of Superalloys

1979
Nickel-base superalloys have become the primary material used in gas turbine engines for blades, brackets, disks, and other components. Most of the effort on nickel base materials has been to extend their high-temperature capabilities to increase the efficiency of the engine.
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Thermomechanical Processing of Ferrous Alloys

1978
Thermomechanical treatments have demonstrated great promise for increasing the strength and other mechanical properties of ferrous alloys. Various types of thermomechanical treatments can be defined, depending on the position in the heat-treatment cycle where the deformation is introduced. The characteristics of various treatments are briefly described.
E. B. Kula, M. Azrin
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Enhanced Grain Refinement and Texture Weakening in Al–Mg–Si Alloy Through a Novel Thermomechanical Processing

Journal of Alloys and Compounds, 2022
Wenfei Peng, Oleksandr Moliar
exaly  

Thermomechanical processing

Materials Science and Engineering, 1976
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