第十二屆世界鈦會論文集（卷3）

內(nèi)容概要

　　第十二屆鈦會是系列會議的第十二屆，鈦會自1968年開始，每四年舉辦一次，旨在召集世界鈦界同仁，共商鈦科技發(fā)展大計。鈦會覆蓋了鈦的各個方面，包括從礦石到成品的完整的生產(chǎn)路線，新合金和加工的發(fā)展，微觀結(jié)構(gòu)和性能的評價以及所有領(lǐng)域鈦的應用。世界七大鈦國，包括美國、俄羅斯、日本、英國、法國、中國和德國組成的國際組織委員會保證了鈦研究、發(fā)展和應用的各個新的、感興趣領(lǐng)域都將被討論。

書籍目錄

7.Near Net Shape Processing
　Net Shape Processing of Titanium Alloys for Enhanced Performance
and Improved Affordability
　Synthesis of Amorphous/Nanocrystalline Ni-Ti Biomaterial Powders
by Mechanical Alloying
　Single Press and Sinter of ITP Process Ti6A14V Powder
　Layer Build of Titanium Alloy Complex-Geometry Components for
Rocket Engines
　Optimization of Parameters for Pressureless Sintering of Titanium
and T1-6AI-4V Powders by a Taguchi Method
　Beta Processing of T16Al4V-Microstructure and Properties
　Simulating and Predicting the Process of Hot isostatic Pressing of
a Casing Part with Ti6A14V Powder
　Microstructure and Mechanical Properties of Laser Metal Deposited
T1-6AI-4V
　Insights into the Formation of Titanium in the TiROTM
Process
　Microstructural Manipulation and Mechanical Properties of
T1-24Nb-42r-8Sn alloy Manufactured by Selective
8.Environmental Behavior
　Development of Titanium Alloys with Corrosion Resistance in
Aqueous Fluoride Solutions
　The Effect of High Temperature Oxidation on the Fatigue Fracture
Mechanism of T1-4Al-2V Alloy
　Notched Tensile Fracture of Ti-6Al-4V Laser Welds at Elevated
Temperatures
　Suppressing the Alpha-casing of Ti-alloys by a Combined Al-and
F-treatment
　Solid Metal Induced Embrittlement of Titanium Alloys in Contact
with Copper
　High Cycle Fatigue Properties of Ti-834 Following Prolonged
Thermal Exposure in air
　The Research on the Mechanism and Prevention of Solid Particle
Erosion for Titanium Alloy
　Corrosion Resistance and Hardness Properties of Electroless Ni-P
Coatings on T1-6Al-4V Titanium. Alloy
　Influence of Hydrogen Environment on the Mechanical Properties of
Cast and-Electron Beam Melted T1-6Al-4V
　Study on the Microstructure and Properties of T140 Titanium Alloy
by Thermo-hydrogenation Treatment
　Characterization of TiNi Gas-atomized Powders and Thermally
Sprayed Coating
　In Situ Formation of TiN Coating on TA2 Pure Titanium via Laser
Surface Nitriding
　The Influence of Pre-oxidation in a Silica-powder Pack on the
Cyclic Oxidation Behavior of High Nb-TiAl
　Titanium and rFitanium Alloy Coatings for Corrosion
Protection
　Inoxidizability of NiCoCrAIY Coatings Deposited on Ti Alloys by
Magnetron Sputtering
　Properties of Lanthanum Containing Free-machining Titanium Alloys
with Regard to Localized Corrosion
　A Mechanism of Nickel Deposition on Titanium Substrate by High
Speed Electroplating
　Anodization Replica of Precipitates in Age-Hardening Ti
Alloys
　Study of Surface Properties of Ti-6Al-4V with Double-glow Plasma
Non-hydrogen Carburizing
9.Aerospace Applications
　Extending the Use of Titanium Alloys on A350XWB
　Microstructure and Properties of the AICuFeCr Coating Magnetron
Sputtered on TIMETAL 834
　Producing Titanium Alloys with Sub Microcrystalline Structure for
Manufacturing Parts of Turbine Engine
　A Novel Approach For The Fabrication of High Performance Titanium
Alloy Laminate For Aerospace Application
……
10.Biomedical and Healthcare Applications
11.Emerging Applications and Market
12.Marine Applications
Author index

章節(jié)摘錄

　　It should be noted that the proposed model has been successfully applied toquantitatively exhibit the dynamic evolution of a phase in TC17 titanium alloy with lamellar microstructure.Hence，the realization of quantification characterization about the evolution of lamellar a phase takes place of the traditional method that whether the globularizationphenomenon occurred.In the present in vestigation，with the help of the basic theory of stereology and quantitative metallogra-phy and analysis platform of quantification image soft-ware，a rigorous and available model of quantification of microstructural features was developed. Previously，the phase volume fraction was measured using area meth-od，and the mean intercept method was employed tome asure the grain and colony size. Based on the con-ventional methods mentioned above， a novel approachthat measuring the mean thickness of a laths in colonyusing Boolean operation is proposed in this work，which is shown in Figure 1. The feature parameters of micro-structures in titanium alloys extracted using this meth-od include phase volume fraction，grain size，thickness of Widmanstatten a laths， colony scale size， thickness and orientation of a phase. It not only reduces the errorwhich is associated with the lineation by users but alsoenhances the reliability of measured data. Moreover，inorder to unify the measurement standard of a phase in the basket weave，mixed and equiaxed microstructures of typical titanium alloys and take the continuity andsimplicity of quantification into consider ation，the eval-uated parameter of Feret Ratio was referred to present the evolution of c， phase and modeling the correlation of process，microstructure and mechanical property of ti-tanium alloys. The orientation of a phase was presentedby the angle to the primary axis of a phase and its ver-tical direction，which suggests that the characterizationmodel of evolution and orientation behavior in a phaseduring hot deformation of titanium alloys has been es-tablished，as shown in Figure 2.　　……

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　　《第十二屆世界鈦會論文集（卷3）》是寫7個平行會議，通過會議在以下十二個主題展開：冶煉，鍛造加工，微觀組織演變，性能，金屬間化合物及金屬基復合材料，構(gòu)件制造，近凈形加工，環(huán)境行為，航空航天應用，生物—醫(yī)療保健應用，新興的應用和市場，海洋應用。

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