NSTL国家科技图书文献中心

1. Preparation and properties of Cu/Cu-Sn alloy cladding layers on titanium alloy by laser cladding NSTL国家科技图书文献中心

Gan, Rong | Liu, Zongde ... - 《Journal of Alloys and Compounds》 - 2025,1020 - 179547～ - 共13页

摘要：Titanium alloy is widely used in marine | synthesized on titanium* alloy (TA3) surface using laser* | wettability between copper alloy powder and titanium alloy | preparation of antifouling copper layers on titanium alloys | properties. However, integrating titanium* and copper is*

关键词： Titanium alloy | Laser cladding | Copper alloy cladding layers | Bond strength | Sound transmission simulation calculation

2. High cyclic fatigue behavior of 3D-printed titanium alloy TA15 NSTL国家科技图书文献中心

Nesterenkov, Volodym... | Akhonin, Serhiy ... - 《Welding in the World》 - 2025,69(3) - 717～725 - 共9页

摘要：Titanium alloy TA15, a pseudo alpha-alloy from | the Ti-Al-Zr-Mo-V system, has garnered significant | interest due to its high specific strength, excellent | corrosion resistance, and superior heat resistance. This | study investigates the high cyclic fatigue behavior of

关键词： Titanium alloy | High cyclic fatigue | Additive manufacturing | Electron beam additive manufacturing | Mechanical properties

3. Refinement of α precipitates assisted by accelerating go phase under electropulsing in metastable β titanium alloy NSTL国家科技图书文献中心

Tian Tian | Xiaofeng Xu ... - 《Materials Science & Engineering,A.Structural Materials: Properties, Misrostructure and Processing》 - 2025,924(Feb.) - 147804.1～147804.6 - 共6页

摘要：The strength of metastable titanium* alloy is* | metastable titanium* alloys.* | ductility of the alloy. This study employs a new method | Ti-15-333 alloy. This provides a new strategy for | mainly determined by the plates, which can be

关键词： Titanium alloy | Electropulsing | Phase transformation | phase | Tensile properties

4. Electrochemical polishing of TC4 titanium alloy with passivation film protection NSTL国家科技图书文献中心

Ma, Ning | Peng, Yuanzhuo ... - 《Surface Engineering》 - 2025,41(2) - 202～216 - 共15页

摘要： effect of TC4 titanium* alloy. The breakdown of* | Distinguished from anisotropic electrochemical | polishing, isotropic electrochemical polishing (IEP | ) belongs to a novel polishing technique with the | advantages of high polishing efficiency and superior

关键词： TC4 titanium alloy | electrochemical polishing | passivation film | surface quality | corrosion resistance

5. Titanium alloy-based hydroxyapatite composites in sports injury repair: Preparation, application, and prospects NSTL国家科技图书文献中心

Tian, Zibin | Li, Mengze ... - 《Journal of Alloys and Compounds》 - 2025,1026 - 180416～ - 共17页

摘要： repair. Therefore, the development of titanium alloy | preparation processes of titanium* alloy-based hydroxyapatite* | directions of titanium* alloy-based hydroxyapatite* | Titanium alloys, due to their multifaceted | superior properties, have been widely applied in the

关键词： Titanium alloy | Hydroxyapatite | Bone implantation | Sports injury repair | Biomaterials

6. Enhancing post machining surface finish of titanium alloy by cutting parameter optimization using ANOVA analysis NSTL国家科技图书文献中心

Polishetty, Ashwin | Littlefair, Guy - 《The International Journal of Advanced Manufacturing Technology》 - 2025,136(1) - 187～194 - 共8页

摘要： titanium alloy Ti6Al4V using statistical methods such as | . Titanium* alloy Ti6Al4V is the most widely used in* | Titanium alloys are categorized under | primarily stems from titanium* alloys' inherent properties* | machining titanium* alloys simpler, cost-effective, and*

关键词： Machinability | Titanium alloy Ti6Al4V | ANOVA | Optimization | Machining parameters

7. Multifunctional titanium alloy moth-eye nanostructures for anti-corrosion and anti-reflection NSTL国家科技图书文献中心

Zhao, Yuxi | Xu, Jinkai ... - 《Journal of Alloys and Compounds》 - 2025,1016 - 178939～ - 共10页

摘要：, titanium* alloy surfaces featuring bionic moth-eye micro* | - and nanocomposite structured titanium* alloy surface* | compared to the untreated titanium* alloy. Corrosion* | nanocomposite structures on titanium* alloy substrates.* | material surfaces. Titanium* alloys with excellent*

关键词： Titanium alloy | Laser texturing | Superhydrophobic | Anti-reflection | Corrosion resistance | Moth-eye nanostructures

8. Ultrafast laser-induced simultaneous carbonization and texturization of titanium alloy surface and its tribological properties NSTL国家科技图书文献中心

Lu Wang | Jun Xu ... - 《Applied Surface Science》 - 2025,681(Feb.1) - 161599.1～161599.8 - 共8页

摘要： applications of titanium* alloy are restricted. Both laser* | enhance the tribological properties of titanium alloy | texturization of titanium* alloy surfaces to improve its* | source preplaced on the titanium* alloy (Ti-6Al-4V, TC4* | coating on the titanium* alloy surface. Pyrolytic carbon*

关键词： Ultrafast laser | Titanium alloy | Surface treatment | Carbonization and texturization | Tribological properties

9. Symmetric gradient structure titanium alloy manufactured by laser penetrating strip additive technology NSTL国家科技图书文献中心

Zhang, Yongqiang | Tang, Chan ... - 《Journal of Alloys and Compounds》 - 2025,1020 - 179380～ - 共10页

摘要： titanium alloy thin-walled components. During the LPS | Gradient structured (GS) titanium alloys | nano-beta-phase reinforced symmetric GS titanium | alloy was fabricated, comprising a coarse-grained | produced via additive manufacturing (AM) technologies

关键词： Symmetric GS titanium alloy | LPS AM | Microstructure | Mechanical properties

10. (178769)Microstructure of titanium alloy in additive/subtractive hybrid manufacturing: A review NSTL国家科技图书文献中心

Yuying Yang | Shuaiyuan Yan ... - 《Journal of Alloys and Compounds》 - 2025,1014 - 1～27 - 共27页

摘要： resistance, and oxidation resistance, titanium* alloy is* | manufacturing of titanium* alloy components. This review* | applications of titanium* alloy components fabricated by A/SHM* | of titanium* alloys in A/SHM, including phase* | the microstructure of titanium* alloys and conducts*

摘要：Titanium alloy is widely used in marine | synthesized on titanium* alloy (TA3) surface using laser* | wettability between copper alloy powder and titanium alloy | preparation of antifouling copper layers on titanium alloys | properties. However, integrating titanium* and copper is*

关键词： Titanium alloy | Laser cladding | Copper alloy cladding layers | Bond strength | Sound transmission simulation calculation

摘要：Titanium alloy TA15, a pseudo alpha-alloy from | the Ti-Al-Zr-Mo-V system, has garnered significant | interest due to its high specific strength, excellent | corrosion resistance, and superior heat resistance. This | study investigates the high cyclic fatigue behavior of

关键词： Titanium alloy | High cyclic fatigue | Additive manufacturing | Electron beam additive manufacturing | Mechanical properties

摘要：The strength of metastable titanium* alloy is* | metastable titanium* alloys.* | ductility of the alloy. This study employs a new method | Ti-15-333 alloy. This provides a new strategy for | mainly determined by the plates, which can be

关键词： Titanium alloy | Electropulsing | Phase transformation | phase | Tensile properties

摘要： effect of TC4 titanium* alloy. The breakdown of* | Distinguished from anisotropic electrochemical | polishing, isotropic electrochemical polishing (IEP | ) belongs to a novel polishing technique with the | advantages of high polishing efficiency and superior

关键词： TC4 titanium alloy | electrochemical polishing | passivation film | surface quality | corrosion resistance

摘要： repair. Therefore, the development of titanium alloy | preparation processes of titanium* alloy-based hydroxyapatite* | directions of titanium* alloy-based hydroxyapatite* | Titanium alloys, due to their multifaceted | superior properties, have been widely applied in the

关键词： Titanium alloy | Hydroxyapatite | Bone implantation | Sports injury repair | Biomaterials

摘要： titanium alloy Ti6Al4V using statistical methods such as | . Titanium* alloy Ti6Al4V is the most widely used in* | Titanium alloys are categorized under | primarily stems from titanium* alloys' inherent properties* | machining titanium* alloys simpler, cost-effective, and*

关键词： Machinability | Titanium alloy Ti6Al4V | ANOVA | Optimization | Machining parameters

摘要：, titanium* alloy surfaces featuring bionic moth-eye micro* | - and nanocomposite structured titanium* alloy surface* | compared to the untreated titanium* alloy. Corrosion* | nanocomposite structures on titanium* alloy substrates.* | material surfaces. Titanium* alloys with excellent*

关键词： Titanium alloy | Laser texturing | Superhydrophobic | Anti-reflection | Corrosion resistance | Moth-eye nanostructures

关键词： Ultrafast laser | Titanium alloy | Surface treatment | Carbonization and texturization | Tribological properties

摘要： titanium alloy thin-walled components. During the LPS | Gradient structured (GS) titanium alloys | nano-beta-phase reinforced symmetric GS titanium | alloy was fabricated, comprising a coarse-grained | produced via additive manufacturing (AM) technologies

关键词： Symmetric GS titanium alloy | LPS AM | Microstructure | Mechanical properties

摘要： resistance, and oxidation resistance, titanium* alloy is* | manufacturing of titanium* alloy components. This review* | applications of titanium* alloy components fabricated by A/SHM* | of titanium* alloys in A/SHM, including phase* | the microstructure of titanium* alloys and conducts*

关键词： Additive/subtractive hybrid manufacturing | Microstructure | Mechanical properties | Phase composition | Titanium alloy

4008-161-200 800-990-8900

国家科技图书文献中心

摘要：Titanium alloy is widely used in marine | synthesized on titanium alloy (TA3) surface using laser | wettability between copper alloy powder and titanium alloy | preparation of antifouling copper layers on titanium alloys | properties. However, integrating titanium and copper is

关键词： Titanium alloy | Laser cladding | Copper alloy cladding layers | Bond strength | Sound transmission simulation calculation

摘要：Titanium alloy TA15, a pseudo alpha-alloy from | the Ti-Al-Zr-Mo-V system, has garnered significant | interest due to its high specific strength, excellent | corrosion resistance, and superior heat resistance. This | study investigates the high cyclic fatigue behavior of

关键词： Titanium alloy | High cyclic fatigue | Additive manufacturing | Electron beam additive manufacturing | Mechanical properties

摘要：The strength of metastable titanium alloy is | metastable titanium alloys. | ductility of the alloy. This study employs a new method | Ti-15-333 alloy. This provides a new strategy for | mainly determined by the plates, which can be

关键词： Titanium alloy | Electropulsing | Phase transformation | phase | Tensile properties

摘要： effect of TC4 titanium alloy. The breakdown of | Distinguished from anisotropic electrochemical | polishing, isotropic electrochemical polishing (IEP | ) belongs to a novel polishing technique with the | advantages of high polishing efficiency and superior

关键词： TC4 titanium alloy | electrochemical polishing | passivation film | surface quality | corrosion resistance

摘要： repair. Therefore, the development of titanium alloy | preparation processes of titanium alloy-based hydroxyapatite | directions of titanium alloy-based hydroxyapatite | Titanium alloys, due to their multifaceted | superior properties, have been widely applied in the

关键词： Titanium alloy | Hydroxyapatite | Bone implantation | Sports injury repair | Biomaterials

摘要： titanium alloy Ti6Al4V using statistical methods such as | . Titanium alloy Ti6Al4V is the most widely used in | Titanium alloys are categorized under | primarily stems from titanium alloys' inherent properties | machining titanium alloys simpler, cost-effective, and

关键词： Machinability | Titanium alloy Ti6Al4V | ANOVA | Optimization | Machining parameters

摘要：, titanium alloy surfaces featuring bionic moth-eye micro | - and nanocomposite structured titanium alloy surface | compared to the untreated titanium alloy. Corrosion | nanocomposite structures on titanium alloy substrates. | material surfaces. Titanium alloys with excellent

关键词： Titanium alloy | Laser texturing | Superhydrophobic | Anti-reflection | Corrosion resistance | Moth-eye nanostructures

摘要： applications of titanium alloy are restricted. Both laser | enhance the tribological properties of titanium alloy | texturization of titanium alloy surfaces to improve its | source preplaced on the titanium alloy (Ti-6Al-4V, TC4 | coating on the titanium alloy surface. Pyrolytic carbon

关键词： Ultrafast laser | Titanium alloy | Surface treatment | Carbonization and texturization | Tribological properties

摘要： titanium alloy thin-walled components. During the LPS | Gradient structured (GS) titanium alloys | nano-beta-phase reinforced symmetric GS titanium | alloy was fabricated, comprising a coarse-grained | produced via additive manufacturing (AM) technologies

关键词： Symmetric GS titanium alloy | LPS AM | Microstructure | Mechanical properties

摘要： resistance, and oxidation resistance, titanium alloy is | manufacturing of titanium alloy components. This review | applications of titanium alloy components fabricated by A/SHM | of titanium alloys in A/SHM, including phase | the microstructure of titanium alloys and conducts

关键词： Additive/subtractive hybrid manufacturing | Microstructure | Mechanical properties | Phase composition | Titanium alloy

4008-161-200 800-990-8900

国家科技图书文献中心

摘要：Titanium alloy is widely used in marine | synthesized on titanium* alloy (TA3) surface using laser* | wettability between copper alloy powder and titanium alloy | preparation of antifouling copper layers on titanium alloys | properties. However, integrating titanium* and copper is*

摘要：The strength of metastable titanium* alloy is* | metastable titanium* alloys.* | ductility of the alloy. This study employs a new method | Ti-15-333 alloy. This provides a new strategy for | mainly determined by the plates, which can be

摘要： effect of TC4 titanium* alloy. The breakdown of* | Distinguished from anisotropic electrochemical | polishing, isotropic electrochemical polishing (IEP | ) belongs to a novel polishing technique with the | advantages of high polishing efficiency and superior

摘要： repair. Therefore, the development of titanium alloy | preparation processes of titanium* alloy-based hydroxyapatite* | directions of titanium* alloy-based hydroxyapatite* | Titanium alloys, due to their multifaceted | superior properties, have been widely applied in the

摘要： titanium alloy Ti6Al4V using statistical methods such as | . Titanium* alloy Ti6Al4V is the most widely used in* | Titanium alloys are categorized under | primarily stems from titanium* alloys' inherent properties* | machining titanium* alloys simpler, cost-effective, and*

摘要：, titanium* alloy surfaces featuring bionic moth-eye micro* | - and nanocomposite structured titanium* alloy surface* | compared to the untreated titanium* alloy. Corrosion* | nanocomposite structures on titanium* alloy substrates.* | material surfaces. Titanium* alloys with excellent*

摘要： resistance, and oxidation resistance, titanium* alloy is* | manufacturing of titanium* alloy components. This review* | applications of titanium* alloy components fabricated by A/SHM* | of titanium* alloys in A/SHM, including phase* | the microstructure of titanium* alloys and conducts*