NSTL国家科技图书文献中心

1. Predictive modeling for hat-stiffener delamination during low velocity impact NSTL国家科技图书文献中心

Seamone, Andrew | Devaru, Siddhant ... - 《Journal of Composite Materials》 - 2025,59(3) - 357～368 - 共12页

摘要： velocity impact (LVI) events can lead to substantial | Barely visible impact* damage poses a* | prevalent in the aerospace industry. The occurrence of low | occurs suddenly upon impact. LVI experiments are | impact locations. A mesh study establishes the

关键词： Hat-stiffened composite | composite delamination | low velocity impact | cohesive contact

2. Modelling Low Velocity Impact Damage and Compression After Impact Behavior of Composite Stiffened Panels NSTL国家科技图书文献中心

Gang Li | Xianmin Chen ... - 《Proceedings of the 7th China Aeronautical Science and Technology Conference,v.I》 - China Aeronautical Science and Technology Conference - 2025, - 81～94 - 共14页

摘要： panels at low* velocity impact. The congruence between | composites at low velocity impact. | material is susceptible to impact from foreign objects* | impact response characteristics and residual strength | stiffened panel to impact, followed by conducting a

关键词： Composite stiffened panel | Low velocity impact | Compression after impact | Damage propagation

3. Numerical model of curved composite tiles under low-velocity impact loading NSTL国家科技图书文献中心

Akbarieh, Shiva Reza... | Ma, Dayou ... - 《Journal of Composite Materials》 - 2025,59(5) - 661～680 - 共20页

摘要： low-velocity impact. The primary focus of this study | shear interface properties, followed by low-velocity | susceptible to extreme loadings such as impact* forces* | is to consider the impact-induced delamination on | tiles are conducted to 90J impact* loading*

关键词： curved structure | carbon fiber composite | low-velocity impact | pressure vessel

4. Quantifying Low-Velocity Impact Damage of UHMWPE/CNT Composites Qualitatively Using X-ray Computed Tomography NSTL国家科技图书文献中心

Omar Banabila | Haleimah Alabdouli ... - 《Computational and Experimental Simulations in Engineering,Volume 2》 - International Conference on Computational & Experimental Engineering and Sciences - 2025, - 210～220 - 共11页

摘要： low velocity impact (LVI) performance of the UHMWPE | fractions in the impact-tested samples. The results showed | impact damage resistance could be attributed to the | The demand for flexible, lightweight body | armor made with Ultra-High Molecular Weight

关键词： UHMWPE | MWCNT | Low velocity impact | X-ray computed tomography

5. Research on low-velocity impact damage and influencing factors of composite laminates NSTL国家科技图书文献中心

Xue, Lian | Li, Weiping ... - 《Journal of Composite Materials》 - 2025,59(15) - 1825～1841 - 共17页

摘要： laminate panels under low-velocity* impact loading, an* | plates under low-velocity* impact loading was conducted* | . The damage characteristics of low-velocity impact | low-velocity impact damage characteristics of | panels under low-velocity* impact were matrix cracking*

关键词： Low-velocity impact | the VUMAT subroutine | hashin criterion | a modified traction-separation law | the B-K criterion

6. Numerical modeling and experimental validation of low velocity impact of woven GFRP/CFRP composites NSTL国家科技图书文献中心

Sommer, Drew E. | Berkowitz, Katherine ... - 《Journal of Composite Materials》 - 2025,59(3) - 283～303 - 共21页

摘要：Low-velocity impact of 2D woven glass fiber | the laminate in a low-velocity* impact setup* | modeling decisions relevant to low velocity impact | impact energies were used to obtain full perforation of | impactor velocity* and force histories.*

关键词： Fiber reinforced polymer | damage mechanics | numerical modeling | composite laminate | dynamic fracture | low velocity impact

7. (108739)Low-velocity impact behavior of one-part engineered geopolymer composite under extreme temperatures NSTL国家科技图书文献中心

Yichen Zhou | Zhenqiu Hu ... - 《Composites,Part A.Applied science and manufacturing》 - 2025,191 - 1～13 - 共13页 - 被引量：1

摘要： low-velocity impact behavior of one-part EGC under | EGC at -196 °C to 400 °C through low-velocity* drop* | properties and impact* resistance of one-part engineered* | report on the impact* mechanical performance of one-part* | hammer impact* experiments. The failure and damage*

关键词： One-part engineered geopolymer composite (One-part EGC) | Low-velocity impact test | Extreme temperatures | Low carbon

8. Low-velocity impact (LVI) and compression after impact (CAI) of Double-Double composite laminates NSTL国家科技图书文献中心

Shabani P. | Laliberte J.... - 《Composite structures》 - 2025,351(Jan.) - 1.1～1.14 - 共14页

摘要： equivalent DD laminates under Low-Velocity* Impact (LVI) and* | impact damage tolerance of quadriaxial (QUAD) laminates | Compression After Impact* (CAI) loadings. To this end, a* | compromising impact* damage tolerance while benefiting from* | © 2024Tailorability is a key advantage of

关键词： Composite laminates | Compression after impact | Double-Double laminates | Low-velocity impact

9. Low Velocity Impact Response of Carbon Fiber Composite Laminates with Surface Glass Fibers NSTL国家科技图书文献中心

Xue, Longquan | Yang, Songze ... - 《Applied composite materials》 - 2025,32(1) - 93～117 - 共25页

摘要： under low-velocity* impact. A user-defined VUMAT* | the low-velocity* impact behavior of carbon fiber* | laminate to impact* damage makes impact damage a* | mechanical response and damage evolution under impact | the impact* resistance of carbon fiber composite*

关键词： Low-velocity impact | Puck damage criterion | Glass fiber | Delamination damage | Carbon fiber composites

10. (108949)Prestressed concrete slabs subjected to low-velocity impact: Theoretical analysis model and design method NSTL国家科技图书文献中心

Zeyi Wang | Quanquan Guo - 《Engineering failure analysis》 - 2025,167(Pt.A) - 1～23 - 共23页

摘要： under low-velocity* impact are further explored. Then* | . Firstly, the performance of specimens under low-velocity | consequences, the impact* dynamic performance of bidirectional* | action, let alone the corresponding anti-impact* design* | paper, and the anti-impact* design method is formed*

摘要： velocity impact (LVI) events can lead to substantial | Barely visible impact* damage poses a* | prevalent in the aerospace industry. The occurrence of low | occurs suddenly upon impact. LVI experiments are | impact locations. A mesh study establishes the

关键词： Hat-stiffened composite | composite delamination | low velocity impact | cohesive contact

摘要： panels at low* velocity impact. The congruence between | composites at low velocity impact. | material is susceptible to impact from foreign objects* | impact response characteristics and residual strength | stiffened panel to impact, followed by conducting a

关键词： Composite stiffened panel | Low velocity impact | Compression after impact | Damage propagation

摘要： low-velocity impact. The primary focus of this study | shear interface properties, followed by low-velocity | susceptible to extreme loadings such as impact* forces* | is to consider the impact-induced delamination on | tiles are conducted to 90J impact* loading*

关键词： curved structure | carbon fiber composite | low-velocity impact | pressure vessel

摘要： low velocity impact (LVI) performance of the UHMWPE | fractions in the impact-tested samples. The results showed | impact damage resistance could be attributed to the | The demand for flexible, lightweight body | armor made with Ultra-High Molecular Weight

关键词： UHMWPE | MWCNT | Low velocity impact | X-ray computed tomography

摘要： laminate panels under low-velocity* impact loading, an* | plates under low-velocity* impact loading was conducted* | . The damage characteristics of low-velocity impact | low-velocity impact damage characteristics of | panels under low-velocity* impact were matrix cracking*

关键词： Low-velocity impact | the VUMAT subroutine | hashin criterion | a modified traction-separation law | the B-K criterion

摘要：Low-velocity impact of 2D woven glass fiber | the laminate in a low-velocity* impact setup* | modeling decisions relevant to low velocity impact | impact energies were used to obtain full perforation of | impactor velocity* and force histories.*

关键词： Fiber reinforced polymer | damage mechanics | numerical modeling | composite laminate | dynamic fracture | low velocity impact

摘要： low-velocity impact behavior of one-part EGC under | EGC at -196 °C to 400 °C through low-velocity* drop* | properties and impact* resistance of one-part engineered* | report on the impact* mechanical performance of one-part* | hammer impact* experiments. The failure and damage*

关键词： One-part engineered geopolymer composite (One-part EGC) | Low-velocity impact test | Extreme temperatures | Low carbon

摘要： equivalent DD laminates under Low-Velocity* Impact (LVI) and* | impact damage tolerance of quadriaxial (QUAD) laminates | Compression After Impact* (CAI) loadings. To this end, a* | compromising impact* damage tolerance while benefiting from* | © 2024Tailorability is a key advantage of

关键词： Composite laminates | Compression after impact | Double-Double laminates | Low-velocity impact

摘要： under low-velocity* impact. A user-defined VUMAT* | the low-velocity* impact behavior of carbon fiber* | laminate to impact* damage makes impact damage a* | mechanical response and damage evolution under impact | the impact* resistance of carbon fiber composite*

关键词： Low-velocity impact | Puck damage criterion | Glass fiber | Delamination damage | Carbon fiber composites

关键词： Prestressed concrete slab | Low-velocity impact | Resistance function | Design method | Bidirectional bonded

4008-161-200 800-990-8900

国家科技图书文献中心

摘要： velocity impact (LVI) events can lead to substantial | Barely visible impact damage poses a | prevalent in the aerospace industry. The occurrence of low | occurs suddenly upon impact. LVI experiments are | impact locations. A mesh study establishes the

关键词： Hat-stiffened composite | composite delamination | low velocity impact | cohesive contact

摘要： panels at low velocity impact. The congruence between | composites at low velocity impact. | material is susceptible to impact from foreign objects | impact response characteristics and residual strength | stiffened panel to impact, followed by conducting a

关键词： Composite stiffened panel | Low velocity impact | Compression after impact | Damage propagation

摘要： low-velocity impact. The primary focus of this study | shear interface properties, followed by low-velocity | susceptible to extreme loadings such as impact forces | is to consider the impact-induced delamination on | tiles are conducted to 90J impact loading

关键词： curved structure | carbon fiber composite | low-velocity impact | pressure vessel

摘要： low velocity impact (LVI) performance of the UHMWPE | fractions in the impact-tested samples. The results showed | impact damage resistance could be attributed to the | The demand for flexible, lightweight body | armor made with Ultra-High Molecular Weight

关键词： UHMWPE | MWCNT | Low velocity impact | X-ray computed tomography

摘要： laminate panels under low-velocity impact loading, an | plates under low-velocity impact loading was conducted | . The damage characteristics of low-velocity impact | low-velocity impact damage characteristics of | panels under low-velocity impact were matrix cracking

关键词： Low-velocity impact | the VUMAT subroutine | hashin criterion | a modified traction-separation law | the B-K criterion

摘要：Low-velocity impact of 2D woven glass fiber | the laminate in a low-velocity impact setup | modeling decisions relevant to low velocity impact | impact energies were used to obtain full perforation of | impactor velocity and force histories.

关键词： Fiber reinforced polymer | damage mechanics | numerical modeling | composite laminate | dynamic fracture | low velocity impact

摘要： low-velocity impact behavior of one-part EGC under | EGC at -196 °C to 400 °C through low-velocity drop | properties and impact resistance of one-part engineered | report on the impact mechanical performance of one-part | hammer impact experiments. The failure and damage

关键词： One-part engineered geopolymer composite (One-part EGC) | Low-velocity impact test | Extreme temperatures | Low carbon

摘要： equivalent DD laminates under Low-Velocity Impact (LVI) and | impact damage tolerance of quadriaxial (QUAD) laminates | Compression After Impact (CAI) loadings. To this end, a | compromising impact damage tolerance while benefiting from | © 2024Tailorability is a key advantage of

关键词： Composite laminates | Compression after impact | Double-Double laminates | Low-velocity impact

摘要： under low-velocity impact. A user-defined VUMAT | the low-velocity impact behavior of carbon fiber | laminate to impact damage makes impact damage a | mechanical response and damage evolution under impact | the impact resistance of carbon fiber composite

关键词： Low-velocity impact | Puck damage criterion | Glass fiber | Delamination damage | Carbon fiber composites

摘要： under low-velocity impact are further explored. Then | . Firstly, the performance of specimens under low-velocity | consequences, the impact dynamic performance of bidirectional | action, let alone the corresponding anti-impact design | paper, and the anti-impact design method is formed

关键词： Prestressed concrete slab | Low-velocity impact | Resistance function | Design method | Bidirectional bonded

4008-161-200 800-990-8900

国家科技图书文献中心

摘要： velocity impact (LVI) events can lead to substantial | Barely visible impact* damage poses a* | prevalent in the aerospace industry. The occurrence of low | occurs suddenly upon impact. LVI experiments are | impact locations. A mesh study establishes the

摘要： panels at low* velocity impact. The congruence between | composites at low velocity impact. | material is susceptible to impact from foreign objects* | impact response characteristics and residual strength | stiffened panel to impact, followed by conducting a

摘要： low-velocity impact. The primary focus of this study | shear interface properties, followed by low-velocity | susceptible to extreme loadings such as impact* forces* | is to consider the impact-induced delamination on | tiles are conducted to 90J impact* loading*

摘要： laminate panels under low-velocity* impact loading, an* | plates under low-velocity* impact loading was conducted* | . The damage characteristics of low-velocity impact | low-velocity impact damage characteristics of | panels under low-velocity* impact were matrix cracking*

摘要：Low-velocity impact of 2D woven glass fiber | the laminate in a low-velocity* impact setup* | modeling decisions relevant to low velocity impact | impact energies were used to obtain full perforation of | impactor velocity* and force histories.*

摘要： low-velocity impact behavior of one-part EGC under | EGC at -196 °C to 400 °C through low-velocity* drop* | properties and impact* resistance of one-part engineered* | report on the impact* mechanical performance of one-part* | hammer impact* experiments. The failure and damage*

摘要： equivalent DD laminates under Low-Velocity* Impact (LVI) and* | impact damage tolerance of quadriaxial (QUAD) laminates | Compression After Impact* (CAI) loadings. To this end, a* | compromising impact* damage tolerance while benefiting from* | © 2024Tailorability is a key advantage of

摘要： under low-velocity* impact. A user-defined VUMAT* | the low-velocity* impact behavior of carbon fiber* | laminate to impact* damage makes impact damage a* | mechanical response and damage evolution under impact | the impact* resistance of carbon fiber composite*