NSTL国家科技图书文献中心

1. Research status of laser cladding technology on aluminum alloy surface NSTL国家科技图书文献中心

Chen, Maolong | Yang, Xuefeng ... - 《The International Journal of Advanced Manufacturing Technology》 - 2025,137(1/2) - 1～21 - 共21页

摘要：Aluminum alloy is one of the most promising | aluminum alloy surface laser cladding technology is | the development of aluminum* alloy surface laser* | limitations in the future use of aluminum* alloys due to* | modification of aluminum* alloys. An extensive analysis of the*

关键词： Aluminum alloy | Laser cladding | Surface modification | Surface strengthening

2. Postfire Residual Capacities of Aluminum Alloy Unequal-Leg Angle Sections NSTL国家科技图书文献中心

Yao Sun | Mingtao Shao ... - 《Journal of Structural Engineering》 - 2025,151(3) - 1.1～1.12 - 共12页

摘要： aluminum alloy unequal-leg angle sections after exposure | underpredicted postfire capacities for aluminum* alloy unequal* | postfire design of aluminum* alloy unequal-leg angles* | Abstract This paper presents the laboratory | testing, numerical modeling, and structural design of

关键词： Aluminum alloy | Compression | Design standard | Postfire stub column test | Unequal-leg angle section

3. Fatigue Behavior Investigation of Uniaxially Prestrained Aluminum Alloy 2024-T4 NSTL国家科技图书文献中心

V. K.Yadav | I.V.Singh - 《Fatigue & Fracture of Engineering Materials & Structures》 - 2025,48(3) - 1123～1136 - 共14页

摘要： prestraining on the fatigue lives of the aluminum* alloy 2024* | In this work, we employ electron back | scattered diffraction (EBSD) and scanning transmission | electron microscope (STEM)-based analyses to examine the | development of dislocations and their structure in a

关键词： aluminum alloy 2024 | dislocations | fatigue | fatigue crack threshold | prestrain

4. Magnetic-assisted laser shock peening of 7075-T6 aluminum alloy NSTL国家科技图书文献中心

Huang, Binghan | Xu, Longjie ... - 《Optics & Laser Technology》 - 2025,181(Pt.B) - 共13页

摘要： strengthen 7075-T6 aluminum* alloy. In the MA-LSP process* | In this study, an innovative process, magnetic | -assisted laser shock peening (MA-LSP), was used to | , the target sample is placed in a magnetic field | during laser shock peening. The effects of MA-LSP

关键词： Magnetic field | Laser shock peening | Aluminum alloy | Microstructure | Residual stress

5. STUDY ON THE PERFORMANCE OF ANODIZED COATING PREPARED ON 2024 ALUMINUM ALLOY VIA PULSE ANODIZING NSTL国家科技图书文献中心

KONGBAO,LU | LIANG,CHEN ... - 《Surface review and letters》 - 2025,32(2) - 共11页

摘要： the surface of 2024 aluminum* alloy from different* | Different anodized coatings are prepared on | solutions by pulse anodizing to improve corrosion | resistance and hardness. The thickness, roughness | , structure, hardness, surface morphology, and corrosion

关键词： Anodizing | aluminum alloy | corrosion resistance

6. Insight into the Compatibility of RZ-3A21 Aluminum Alloy with Ethylene Glycol under High-Temperature Acceleration NSTL国家科技图书文献中心

Shi, Jiahe | Wang, Han ... - 《Journal of Materials Engineering and Performance》 - 2025,34(3) - 2509～2519 - 共11页

摘要： corrosion behavior of 3A21 aluminum* alloy in a high* | dissolution of the aluminum* alloy, and the formation of an* | capacitance arc diameter of the aluminum* alloy in the* | corrosion resistance of the alloy. However, as the | the alloy.

关键词： aluminum alloy | high-temperature ethylene glycol | immersion time | pitting corrosion

7. Effect of Multidirectional Compression Temperature on Grain Structure Evolution and Properties of 7055-Sc Aluminum Alloy NSTL国家科技图书文献中心

Liu, Lehui | Sun, Qian ... - 《Journal of Materials Engineering and Performance》 - 2025,34(1) - 294～302 - 共9页

摘要： were carried out on 7055 aluminum* alloy containing* | -Sc aluminum* alloy were investigated. The results* | show that the 7055-Sc aluminum* alloy has the optimum* | grain size of the alloy* increases and the texture* | alloy are also altered by the elevated deformation

关键词： aluminum alloy | deformation temperature | multidirectional compression | recrystallization | texture

8. Estimation of Fatigue Limit for Aluminum Alloy Laser Welds Based on Dissipated Energy NSTL国家科技图书文献中心

Yamamoto, T. | Ogawa, Y.... - 《Experimental Mechanics》 - 2025,65(3) - 385～395 - 共11页

摘要： fatigue limit of aluminum* alloy laser welds can be* | fatigue limits for the aluminum* alloy laser welds and* | applied to aluminum* alloy laser welds.* | BackgroundLaser welding has a faster | processing speed than other welding techniques. However

关键词： Infrared thermography | Dissipated energy | Fatigue limit | Laser welding | Aluminum alloy

9. Axial compressive behavior of aluminum alloy thin-walled tube confined concrete NSTL国家科技图书文献中心

Jing-Xuan Wang | Fang-ling Liu ... - 《Construction and Building Materials》 - 2025,467(Mar.14) - 140350.1～140350.23 - 共23页

摘要：Aluminum alloy has been widely used in modern | . To avoid the local buckling of the aluminum alloy | tubes under axial load, aluminum* alloy thin-walled* | this study, eighteen aluminum* alloy thin-walled tube* | results show that the circular aluminum* alloy thin*

关键词： Aluminum alloy thin-walled tube | Confined concrete | Axial behavior | Numerical simulation | A full-range prediction

10. The effect of pre-weld microstructures and mechanical properties of 6061 aluminum alloy on the welding quality of FSLW joints between 6061 aluminum alloy and 316 stainless steel NSTL国家科技图书文献中心

Liu, Sheng | Qin, Jingqiao ... - 《Materials Characterization》 - 2025,223 - 114968～ - 共19页

摘要： properties of 6061 aluminum* alloy on the welding quality of* | FSLW joints between 6061 aluminum* alloy and 316 L* | The effect of pre-weld microstructures and | stainless steel plates was carried out. The results show | that the variations of composition, microstructure

摘要：Aluminum alloy is one of the most promising | aluminum alloy surface laser cladding technology is | the development of aluminum* alloy surface laser* | limitations in the future use of aluminum* alloys due to* | modification of aluminum* alloys. An extensive analysis of the*

关键词： Aluminum alloy | Laser cladding | Surface modification | Surface strengthening

摘要： aluminum alloy unequal-leg angle sections after exposure | underpredicted postfire capacities for aluminum* alloy unequal* | postfire design of aluminum* alloy unequal-leg angles* | Abstract This paper presents the laboratory | testing, numerical modeling, and structural design of

关键词： Aluminum alloy | Compression | Design standard | Postfire stub column test | Unequal-leg angle section

摘要： prestraining on the fatigue lives of the aluminum* alloy 2024* | In this work, we employ electron back | scattered diffraction (EBSD) and scanning transmission | electron microscope (STEM)-based analyses to examine the | development of dislocations and their structure in a

关键词： aluminum alloy 2024 | dislocations | fatigue | fatigue crack threshold | prestrain

摘要： strengthen 7075-T6 aluminum* alloy. In the MA-LSP process* | In this study, an innovative process, magnetic | -assisted laser shock peening (MA-LSP), was used to | , the target sample is placed in a magnetic field | during laser shock peening. The effects of MA-LSP

关键词： Magnetic field | Laser shock peening | Aluminum alloy | Microstructure | Residual stress

摘要： the surface of 2024 aluminum* alloy from different* | Different anodized coatings are prepared on | solutions by pulse anodizing to improve corrosion | resistance and hardness. The thickness, roughness | , structure, hardness, surface morphology, and corrosion

关键词： Anodizing | aluminum alloy | corrosion resistance

摘要： corrosion behavior of 3A21 aluminum* alloy in a high* | dissolution of the aluminum* alloy, and the formation of an* | capacitance arc diameter of the aluminum* alloy in the* | corrosion resistance of the alloy. However, as the | the alloy.

关键词： aluminum alloy | high-temperature ethylene glycol | immersion time | pitting corrosion

摘要： were carried out on 7055 aluminum* alloy containing* | -Sc aluminum* alloy were investigated. The results* | show that the 7055-Sc aluminum* alloy has the optimum* | grain size of the alloy* increases and the texture* | alloy are also altered by the elevated deformation

关键词： aluminum alloy | deformation temperature | multidirectional compression | recrystallization | texture

摘要： fatigue limit of aluminum* alloy laser welds can be* | fatigue limits for the aluminum* alloy laser welds and* | applied to aluminum* alloy laser welds.* | BackgroundLaser welding has a faster | processing speed than other welding techniques. However

关键词： Infrared thermography | Dissipated energy | Fatigue limit | Laser welding | Aluminum alloy

摘要：Aluminum alloy has been widely used in modern | . To avoid the local buckling of the aluminum alloy | tubes under axial load, aluminum* alloy thin-walled* | this study, eighteen aluminum* alloy thin-walled tube* | results show that the circular aluminum* alloy thin*

关键词： Aluminum alloy thin-walled tube | Confined concrete | Axial behavior | Numerical simulation | A full-range prediction

摘要： properties of 6061 aluminum* alloy on the welding quality of* | FSLW joints between 6061 aluminum* alloy and 316 L* | The effect of pre-weld microstructures and | stainless steel plates was carried out. The results show | that the variations of composition, microstructure

关键词： Friction stir lap welding | 6061 aluminum alloy | 316L steel | Microstructure | Mechanical properties | Metal fluidity

4008-161-200 800-990-8900

国家科技图书文献中心

摘要：Aluminum alloy is one of the most promising | aluminum alloy surface laser cladding technology is | the development of aluminum alloy surface laser | limitations in the future use of aluminum alloys due to | modification of aluminum alloys. An extensive analysis of the

关键词： Aluminum alloy | Laser cladding | Surface modification | Surface strengthening

摘要： aluminum alloy unequal-leg angle sections after exposure | underpredicted postfire capacities for aluminum alloy unequal | postfire design of aluminum alloy unequal-leg angles | Abstract This paper presents the laboratory | testing, numerical modeling, and structural design of

关键词： Aluminum alloy | Compression | Design standard | Postfire stub column test | Unequal-leg angle section

摘要： prestraining on the fatigue lives of the aluminum alloy 2024 | In this work, we employ electron back | scattered diffraction (EBSD) and scanning transmission | electron microscope (STEM)-based analyses to examine the | development of dislocations and their structure in a

关键词： aluminum alloy 2024 | dislocations | fatigue | fatigue crack threshold | prestrain

摘要： strengthen 7075-T6 aluminum alloy. In the MA-LSP process | In this study, an innovative process, magnetic | -assisted laser shock peening (MA-LSP), was used to | , the target sample is placed in a magnetic field | during laser shock peening. The effects of MA-LSP

关键词： Magnetic field | Laser shock peening | Aluminum alloy | Microstructure | Residual stress

摘要： the surface of 2024 aluminum alloy from different | Different anodized coatings are prepared on | solutions by pulse anodizing to improve corrosion | resistance and hardness. The thickness, roughness | , structure, hardness, surface morphology, and corrosion

关键词： Anodizing | aluminum alloy | corrosion resistance

摘要： corrosion behavior of 3A21 aluminum alloy in a high | dissolution of the aluminum alloy, and the formation of an | capacitance arc diameter of the aluminum alloy in the | corrosion resistance of the alloy. However, as the | the alloy.

关键词： aluminum alloy | high-temperature ethylene glycol | immersion time | pitting corrosion

摘要： were carried out on 7055 aluminum alloy containing | -Sc aluminum alloy were investigated. The results | show that the 7055-Sc aluminum alloy has the optimum | grain size of the alloy increases and the texture | alloy are also altered by the elevated deformation

关键词： aluminum alloy | deformation temperature | multidirectional compression | recrystallization | texture

摘要： fatigue limit of aluminum alloy laser welds can be | fatigue limits for the aluminum alloy laser welds and | applied to aluminum alloy laser welds. | BackgroundLaser welding has a faster | processing speed than other welding techniques. However

关键词： Infrared thermography | Dissipated energy | Fatigue limit | Laser welding | Aluminum alloy

摘要：Aluminum alloy has been widely used in modern | . To avoid the local buckling of the aluminum alloy | tubes under axial load, aluminum alloy thin-walled | this study, eighteen aluminum alloy thin-walled tube | results show that the circular aluminum alloy thin

关键词： Aluminum alloy thin-walled tube | Confined concrete | Axial behavior | Numerical simulation | A full-range prediction

摘要： properties of 6061 aluminum alloy on the welding quality of | FSLW joints between 6061 aluminum alloy and 316 L | The effect of pre-weld microstructures and | stainless steel plates was carried out. The results show | that the variations of composition, microstructure

关键词： Friction stir lap welding | 6061 aluminum alloy | 316L steel | Microstructure | Mechanical properties | Metal fluidity

4008-161-200 800-990-8900

国家科技图书文献中心

摘要：Aluminum alloy is one of the most promising | aluminum alloy surface laser cladding technology is | the development of aluminum* alloy surface laser* | limitations in the future use of aluminum* alloys due to* | modification of aluminum* alloys. An extensive analysis of the*

摘要： aluminum alloy unequal-leg angle sections after exposure | underpredicted postfire capacities for aluminum* alloy unequal* | postfire design of aluminum* alloy unequal-leg angles* | Abstract This paper presents the laboratory | testing, numerical modeling, and structural design of

摘要： prestraining on the fatigue lives of the aluminum* alloy 2024* | In this work, we employ electron back | scattered diffraction (EBSD) and scanning transmission | electron microscope (STEM)-based analyses to examine the | development of dislocations and their structure in a

摘要： strengthen 7075-T6 aluminum* alloy. In the MA-LSP process* | In this study, an innovative process, magnetic | -assisted laser shock peening (MA-LSP), was used to | , the target sample is placed in a magnetic field | during laser shock peening. The effects of MA-LSP

摘要： the surface of 2024 aluminum* alloy from different* | Different anodized coatings are prepared on | solutions by pulse anodizing to improve corrosion | resistance and hardness. The thickness, roughness | , structure, hardness, surface morphology, and corrosion

摘要： corrosion behavior of 3A21 aluminum* alloy in a high* | dissolution of the aluminum* alloy, and the formation of an* | capacitance arc diameter of the aluminum* alloy in the* | corrosion resistance of the alloy. However, as the | the alloy.

摘要： were carried out on 7055 aluminum* alloy containing* | -Sc aluminum* alloy were investigated. The results* | show that the 7055-Sc aluminum* alloy has the optimum* | grain size of the alloy* increases and the texture* | alloy are also altered by the elevated deformation

摘要： fatigue limit of aluminum* alloy laser welds can be* | fatigue limits for the aluminum* alloy laser welds and* | applied to aluminum* alloy laser welds.* | BackgroundLaser welding has a faster | processing speed than other welding techniques. However

摘要：Aluminum alloy has been widely used in modern | . To avoid the local buckling of the aluminum alloy | tubes under axial load, aluminum* alloy thin-walled* | this study, eighteen aluminum* alloy thin-walled tube* | results show that the circular aluminum* alloy thin*

摘要： properties of 6061 aluminum* alloy on the welding quality of* | FSLW joints between 6061 aluminum* alloy and 316 L* | The effect of pre-weld microstructures and | stainless steel plates was carried out. The results show | that the variations of composition, microstructure