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Heat resistant alloys --- High temperature metals --- Refractory metals --- Superalloys --- Alloys --- Heat resistant materials --- Heat resistant alloys.
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Heat resistant alloys. --- High temperature metals --- Refractory metals --- Superalloys --- Alloys --- Heat resistant materials
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Heat resistant alloys. --- Nickel alloys. --- Alloys --- High temperature metals --- Refractory metals --- Superalloys --- Heat resistant materials --- Metallurgy.
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Heat resistant alloys --- High temperature metals --- Refractory metals --- Superalloys --- Alloys --- Heat resistant materials --- Corrosion.
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Heat resistant alloys. --- Heat resistant alloys --- Mechanical properties. --- High temperature metals --- Refractory metals --- Superalloys --- Alloys --- Heat resistant materials
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Heat resistant alloys --- Alliages réfractaires --- kobaltlegering --- materiaalonderzoek --- nikkelverbinding --- wapeningsstaal --- Alliages réfractaires --- High temperature metals --- Refractory metals --- Superalloys --- Alloys --- Heat resistant materials --- Technologie --- Technology --- Technology. --- Haute temperature
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Heat resistant alloys --- Metallurgy --- Congresses --- Congresses. --- -669 --- High temperature metals --- Refractory metals --- Superalloys --- Alloys --- Heat resistant materials --- -Congresses --- 669 Metallurgy --- 669 --- Metallurgy&delete& --- Heat resistant alloys - Metallurgy - Congresses
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In recent years, superalloys have been widespread usage in aerospace gas turbine engine parts. The main reason of it is that these materials have high yield, ultimate tensile strength, and very good corrosion/oxidation resistance, and they combine these good properties with an excellent creep resistance at elevated temperatures. In spite of their outstanding properties, superalloys can lose their mechanical strength because of wear, tear, and crack formation when they are exposed to high-service temperatures and heavy working conditions. Moreover, corrosion is another important issue for superalloys because the materials of gas turbine engine parts are exposed to harsh engine environments, which consist of many pollutants and hot gases. Therefore, special attention must be given to the corrosion behavior of superalloys. This book provides information on the interaction between the microstructure of alloys and their mechanical properties and also the position of superalloys in the manufacturing industry. Topics cover the minimization of the formation of microsegregation and detrimental phases in the GTA welding of superalloys, oxidation kinetics of nickel-based superalloys used in the manufacture of rings for aircraft engines, a review of the work done over the last two decades to understand the hot corrosion behavior of superalloys used in advanced coal-based power plants, ultrasonic-assisted machining of Inconel 718, dry high-speed turning of Ti-6Al-4V titanium alloy, and laser welding in dentistry. The book ""Superalloys for Industry Applications"" consists of contributions by scientists and engineers who are experienced in the production, design, and analysis of materials from all around the world. We hope that this book will be an irreplaceable source of study for manufacturing, degradation mechanisms, and reliability of superalloys.
Heat resistant alloys. --- High temperature metals --- Refractory metals --- Superalloys --- Alloys --- Heat resistant materials --- Physical Sciences --- Engineering and Technology --- Materials Science --- Metals and Nonmetals
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Heat resistant alloys --- Refractory materials --- Metallography --- Heat resistant alloys. --- Metallography. --- Refractory materials. --- Refractories --- Heat resistant materials --- Saggers --- Metals --- Microscopy --- Physical metallurgy --- High temperature metals --- Refractory metals --- Superalloys --- Alloys --- Metallurgy --- Periodicals --- Journal --- Engineering --- Mining Engineering
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This NATO Advanced Research Workshop was devoted to a specialized topic in molten salt chemistry and was held in an exotic location (as far as Westerners were concerned) well within the Arctic Circle. It nevertheless facilitated a fruitful week, both ofscience and ofhuman contacts. The 42 oral presentations and posters from nine countries enabled the 59 participants to learn a great deal about many areas of recent research in the molten salt chemistry of refractory metals, while making new contacts as well as renewing old friendships. The time ofinformal contact ledto the beginningofa numberofnew research cooperations with interchangeofpersonnel. Thus the twin aimsofadvancing science and improving East-West understanding were both amply fulfilled. Indeed a warm and happy family atmosphere was very tangible doth during the scientific sessions and the social events, which participants, accompanying persons and local staffall enjoyed. This opportunity of living for a short time within the Arctic Circle was a novelty for most Westerners, who generally appreciated the very warm weather (the hottest for 20 years according to some residents), as well as the beautiful surroundings ofvery green birch/pine forest, rushing rivers,vast lakes and rounded mountains,frequently illuminated by wonderful sunsets. The evening barbeque beside Lake Imandra (100 km long) and the coach tour beside the beautiful White Sea dotted with islands in the Kandalaksha Recreational Area (National Park), to sample Pomor culture, dancing and fresh salmon soup, were high spots ofthe social programme.
Fused salts --- Congresses --- Fused salt electrolysis --- Heat resistant alloys --- Monograph --- Electrochemistry. --- Inorganic chemistry. --- Physical chemistry. --- Inorganic Chemistry. --- Physical Chemistry. --- Chemistry, Theoretical --- Physical chemistry --- Theoretical chemistry --- Chemistry --- Inorganic chemistry --- Inorganic compounds --- Chemistry, Physical and theoretical --- Electrodeposition --- Refractory metals --- Salts, molten
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