先进高温结构材料与技术(上)/先进航空材料与技术丛书 - Tapa blanda

Advanced high temperature structural materials and technology (Vol.2)(Chinese Edition)

paperback. Condición: New. Ship out in 2 business day, And Fast shipping, Free Tracking number will be provided after the shipment.Paperback. Pub Date: Unknown Pages: 215 Publisher: National Defence Industry Press List Price: 48.00 yuan Author: Tang Jia-Rong Li. Xiong Jichun given in Publisher: National Defense Industry Press ISBN: 9.787.118.081.428 Page: 215 Edition: 1 Binding: Paperback : 16 Published :2012 -6-1 printing time: Words: 298.000 commodities identification: 22839524 Description advanced high temperature structural materials and technologies introduced advanced high-temperature structural materials and their preparation techniques. The book is divided into upper and lower two: volume introduces equiaxed grain casting high temperature alloys. high temperature alloys directionally solidified columnar grain and single crystal superalloys Ni3Al base and Nb-Si-based intermetallic compounds based high-temperature structural materials. and advanced high-temperature structural materials precision casting technology; book is the next book. introduces deformed high-temperature alloys. high temperature alloy liquid metal spray powders and spray forming technology. powder high-temperature alloys. Based on the book over the years. Key Laboratory of Beijing Institute of Aeronautical Materials advanced high temperature structural materials research practice. combined with domestic and foreign research results. a more comprehensive description of the high-temperature structural materials expertise with the latest developments. Advanced high-temperature structural materials and technology available in advanced high temperature structural materials research and management personnel and institutions of higher learning professional teacher-student reference. The book by Jia-Rong Li. Xiong Jichun waiting. 1.1 Overview 1.1.1 abroad deformation of Introduction Chapter 1 wrought superalloy superalloy development 1.1.2 of wrought superalloy development 1.1.3 Typical wrought superalloy introduced 1.2-wrought superalloy strengthening mechanism and component design 1.2.1 alloying element effect 1.2.2 Strengthening Mechanism 1.2.3 1.3 wrought superalloy composition design to manufacturing process 1.3.1 Alloy alloy deformation process in the smelting 1.3.2 1.3.3 Alloy welding manufacturing technology 1.3.4 computer technology application 1.4 wrought superalloy heat treatment and organization 1.4.1 Alloy 1.4.2 solution heat treatment 1.4.3 intermediate processing 1.4.4 aging heat treatment 1.4.5 thermo-mechanical processing 1.4.6 annealing heat treatment 1.4.7 curved grain boundaries heat treatment 1.4.8 wrought superalloy 1.7 deformed high temperature of the pseudo defects control of heat treatment performance parameter 1.5 wrought superalloy 1.5.1 Physical and chemical properties 1.5.2 Mechanical Properties 1.5.3 process performance 1.6 wrought superalloy forging 1.6.2. 1.6.1 metallurgical defects defects 1.6.3 Heat Treatment defects the alloy development prospects for reference Chapter 2 liquid metal atomization high temperature alloy powder preparation and injection molding technology 2.1 Overview 2.2 liquid metal atomization 2.2.1 liquid metal atomization principle 2.2.2 Metal droplet particle size distribution 2.2.3 metal droplet heat transfer and solidification 2.3 argon gas atomization temperature alloy powder prepared the 2.3.1 high temperature alloy powders 2.3.2 argon gas atomization of high-temperature alloy powder morphology of the powder preparation process 2.3.3 2.3.4 powder The organizational characteristics 2.3.5 non-metallic inclusions oxygen content control technology 2.3.6 atomizing nozzle Spray Forming Technology 2.4 2.4 high-temperature alloy control technology principles and characteristics of spray formed superalloys preparation process injection molding technology 2.4.1 2.4.2. Chapter 3 of the 3 injection molding device deposition configuration 2.4.4 2.4.5 jet spray forming atomization deposition process the 2.5 liquid metal spray forming organiz. Nº de ref. del artículo: EJ018133

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