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Effect of heat treatment process on mechanical properties and microstructure of FeAlCoCrNiTi <sub/>0.5</sub> alloyXiao, Maohua; Chen, Jingwen; Kang, Jingjing; Chen, Ke; Wu, Dan; Gao, Nong · AIP Advances · 2018
Effect of processing conditions and heat treatments on mechanical properties of single-crystal superalloy CMSX-2Khan, T.; Caron, P. · Materials Science and Technology · 1986
Effect of Heat Treatment and the Fabrication Process on Mechanical Properties of Zr-14Nb AlloyKondo, Ryota; Nomura, Naoyuki; Doi, Hisashi; Matsumoto, Hiroaki; Tsutsumi, Yusuke; Hanawa, Takao · MATERIALS TRANSACTIONS · 2016
Effect of Heat Treatment Process on Microstructure and Mechanical Properties of SWRS82B Wire RodZhang, Jia Qi; Liang, Yi Long; Xiang, Song; Yang, Xiao Di; Yang, Ming · Advanced Materials Research · 2010
Effect of Heat Treatment on Microstructure and Mechanical Properties of ZM6 Alloy Prepared by Solid Recycling ProcessLihua Wen; Zesheng Ji; Xiaoliang Li; Mingde Xin · 2010
Effect of Post Weld Heat Treatment Process on Microstructure and Mechanical Properties of Friction Welded Dissimilar Drill PipeEmre, Hayriye Ertek; Kaçar, Ramazan · Materials Research · 2015
Effect of mechanical processing and heat treatment of powders on their sinterability characteristics linked with their method of manufactureV. A. Ivensen; T. A. Rakoch · 1986
Effect of Heat Treatments on Microstructure and Mechanical Properties of Low Carbon Steel Pipes Welded by Induction ProcessBoumerzoug, Zakaria; Lakhdari, Lakhdar · Advanced Materials Research · 2014
Effect of biographic and deformation crystal lattice defects on densification during nonisothermal sinteringV. A. Ivensen; T. A. Rakoch · 1984
Densification of powder compacts during nonisothermal sintering II. Pore volume reduction during nonlinear and linear temperature risesV. A. Ivensen; T. A. Rakoch · 1980
Densification of powder compacts during nonisothermal sintering. III. Pore volume reduction during the initial heating prior to isothermal holdingV. A. Ivensen; T. A. Rakoch · 1980
Effect of mechanical processing and heat treatment of powders on their sinterability characteristics linked with their method of manufacture. II. Effect of annealing of plastically worked particles of a powder on its “behavior” in a temperature jump and substructure characteristicsV. A. Ivensen; T. A. Rakoch; T. B. Gorbacheva · 1986
Effect of mechanical processing and heat treatment of powders on their sinterability characteristics linked with their method of manufacture. III. Increase in the rate of pore volume reduction in a temperature jummp at a given initial rate v/v in the sintering of powders of various originsV. A. Ivensen; T. A. Rakoch · 1986