NSTL国家科技图书文献中心

1. Tunable mechanical performance of nanoporous energy absorption composite material NSTL国家科技图书文献中心

Huang, Wei | Bi, Yushan ... - 《Smart Materials & Structures》 - 2025,34(2) - 共16页

摘要：Nanofluidic energy* absorption materials (NEAs* | ) represent smart and efficient energy* absorption composite* | energy absorption capacity, achieving a specific energy | absorption (SEA) of 5.17 J cm-3 and an energy absorption | infiltration and energy* absorption properties, with only a*

关键词： nanoporous material | mechanical response | energy absorption | tunable mechanism

2. Functionally graded lattice structures with tailored stiffness and energy absorption NSTL国家科技图书文献中心

Daynes, Stephen | Feih, Stefanie - 《International Journal of Mechanical Sciences》 - 2025,285 - 共15页

摘要：, and energy* absorption of additively manufactured* | to the establishment of a new energy absorption | stiffness constraints. Energy* absorption is shown* | known to exhibit excellent energy* absorbing capability* | -thickness density distribution to maximise energy

关键词： Additive manufacturing | Finite element analysis | Lattice structures | Functionally graded structures | Energy absorption optimisation

3. Parametric study of traveling wave motion in energy absorption mode NSTL国家科技图书文献中心

Cui, Zhifei | Qi, Mingliang ... - 《European Journal of Mechanics,B.Fluids》 - 2025,109 - 116～130 - 共15页

摘要： motion in energy* absorption mode is conducted. The* | wave velocity on the energy absorption | can achieve an energy* absorption efficiency of about* | , traveling wave propulsion and traveling wave energy | absorption. In this paper, a two-dimensional flexible

关键词： Traveling wave motion | Traveling wave energy absorption | Waveforms | Dimensionless amplitude | Dimensionless wave velocity

4. High strength bioinspired cellular metallic glasses with excellent energy absorption NSTL国家科技图书文献中心

Yang, Congrui | Ding, Junhao ... - 《Acta materialia》 - 2025,285 - 120688～ - 共11页

摘要： were found to reach remarkable energy absorption | metallic glasses with excellent energy* absorption, which* | holds great promise for energy-absorbing* applications.* | MG lattices dissipate energy* through crack bands* | controllable crack propagation to maximize the energy

关键词： Additive manufacturing | TPMS | Bulk metallic glasses | Energy absorption | In situ X-ray computed tomography

5. Predicting energy absorption characteristic of rubber concrete materials NSTL国家科技图书文献中心

Xiancheng Mei | Jianhe Li ... - 《Construction and Building Materials》 - 2025,465(Feb.28) - 140248.1～140248.16 - 共16页

摘要： achievements in absorbing and converting seismic energy, but | calculation methods. This study aims to predict the energy | absorption characteristic of a novel rubber concrete | concrete specimens are produced to measure the energy | Exploring the use of new materials to enhance

关键词： Energy absorption characteristic | Rubber concrete material | Tunnel | Intelligent prediction | Model interpretability

6. Energy absorption and deformation of cellular structures with dovetail joints NSTL国家科技图书文献中心

Xu, Shuang | Deng, Qingtian ... - 《Mechanics research communications》 - 2025,143 - 共7页

摘要： methods on energy* absorption and deformation behavior* | In this paper, the dovetail joint is | creatively applied to cellular structural plates. Based on | the concave cellular structural dovetail joint | plates, several new cellular structural dovetail joints

关键词： Cellular structure | Dovetail joints | Uniaxial tension | Energy absorption | Deformation and failure modes

7. Elastic Properties and Energy Absorption of Irregular Auxetic Cellular Structure NSTL国家科技图书文献中心

Zhang, Xinru | Deng, Qingtian ... - 《Journal of Materials Engineering and Performance》 - 2025,34(1) - 419～432 - 共14页

摘要：-strain behavior and energy* absorption performance. The* | -bearing capacity as well as energy-absorbing* performance* | Based on Euler-Bernoulli beam theory, the | equivalent elastic properties of auxetic cellular structure | with irregular configurations are derived by using

关键词： auxetic cellular structure | energy absorption | irregular | multi-step bottom-up approach | the representative unit cell element approach

8. A novel 3D composite auxetic sandwich panel for energy absorption improvement NSTL国家科技图书文献中心

Qu Y.C. | Teng X.C.... - 《Engineering structures》 - 2025,322(Jan.1 Pt.A2) - 1.1～1.10 - 共10页

摘要：, research on improving the energy* absorption of sandwich* | sandwich panel (RFSP) to enhance energy absorption | compact later, which improves energy* absorption. The EA* | as energy-absorbing* components in structural* | © 2024 Elsevier LtdIn recent years, great

关键词： Auxetic | Energy absorption | Engineering protection | Sandwich structure | Static compression

9. Delocalized Deformation Enhanced Reusable Energy Absorption Metamaterials Based on Bistable Tensegrity NSTL国家科技图书文献中心

Hao Yang | Jie Zhang ... - 《Advanced functional materials》 - 2025,35(5) - 2410217.1～2410217.13 - 共13页

摘要： for energy* absorption, mitigating damage caused by* | their energy* absorption capacities or in their* | metamaterials stretch synchronously for energy absorption | , exhibiting higher energy-absorbing* capacity. Here, the* | metamaterials achieve an energy-absorbing* capacity of 26.4 kJ*

关键词： bistablity | energy absorption | mechanical metamaterials | programmability | reusability | tensegrity

10. A hybrid magnetic-sensitive flexible structure with tunable energy absorption performance NSTL国家科技图书文献中心

Li, Yaping | Qi, Song ... - 《Smart Materials & Structures》 - 2025,34(3) - 共11页

摘要： absorption of MSF structure. Among them, the energy | flexible structure that demonstrates tunable energy | absorption performance. Rheological analysis reveals that | favorably enhance the Young's modulus and energy | absorption of MSF at a strain of 50% increased by 29.55

摘要：Nanofluidic energy* absorption materials (NEAs* | ) represent smart and efficient energy* absorption composite* | energy absorption capacity, achieving a specific energy | absorption (SEA) of 5.17 J cm-3 and an energy absorption | infiltration and energy* absorption properties, with only a*

关键词： nanoporous material | mechanical response | energy absorption | tunable mechanism

摘要：, and energy* absorption of additively manufactured* | to the establishment of a new energy absorption | stiffness constraints. Energy* absorption is shown* | known to exhibit excellent energy* absorbing capability* | -thickness density distribution to maximise energy

关键词： Additive manufacturing | Finite element analysis | Lattice structures | Functionally graded structures | Energy absorption optimisation

摘要： motion in energy* absorption mode is conducted. The* | wave velocity on the energy absorption | can achieve an energy* absorption efficiency of about* | , traveling wave propulsion and traveling wave energy | absorption. In this paper, a two-dimensional flexible

关键词： Traveling wave motion | Traveling wave energy absorption | Waveforms | Dimensionless amplitude | Dimensionless wave velocity

摘要： were found to reach remarkable energy absorption | metallic glasses with excellent energy* absorption, which* | holds great promise for energy-absorbing* applications.* | MG lattices dissipate energy* through crack bands* | controllable crack propagation to maximize the energy

关键词： Additive manufacturing | TPMS | Bulk metallic glasses | Energy absorption | In situ X-ray computed tomography

摘要： achievements in absorbing and converting seismic energy, but | calculation methods. This study aims to predict the energy | absorption characteristic of a novel rubber concrete | concrete specimens are produced to measure the energy | Exploring the use of new materials to enhance

关键词： Energy absorption characteristic | Rubber concrete material | Tunnel | Intelligent prediction | Model interpretability

摘要： methods on energy* absorption and deformation behavior* | In this paper, the dovetail joint is | creatively applied to cellular structural plates. Based on | the concave cellular structural dovetail joint | plates, several new cellular structural dovetail joints

关键词： Cellular structure | Dovetail joints | Uniaxial tension | Energy absorption | Deformation and failure modes

摘要：-strain behavior and energy* absorption performance. The* | -bearing capacity as well as energy-absorbing* performance* | Based on Euler-Bernoulli beam theory, the | equivalent elastic properties of auxetic cellular structure | with irregular configurations are derived by using

关键词： auxetic cellular structure | energy absorption | irregular | multi-step bottom-up approach | the representative unit cell element approach

摘要：, research on improving the energy* absorption of sandwich* | sandwich panel (RFSP) to enhance energy absorption | compact later, which improves energy* absorption. The EA* | as energy-absorbing* components in structural* | © 2024 Elsevier LtdIn recent years, great

关键词： Auxetic | Energy absorption | Engineering protection | Sandwich structure | Static compression

摘要： for energy* absorption, mitigating damage caused by* | their energy* absorption capacities or in their* | metamaterials stretch synchronously for energy absorption | , exhibiting higher energy-absorbing* capacity. Here, the* | metamaterials achieve an energy-absorbing* capacity of 26.4 kJ*

关键词： bistablity | energy absorption | mechanical metamaterials | programmability | reusability | tensegrity

摘要： absorption of MSF structure. Among them, the energy | flexible structure that demonstrates tunable energy | absorption performance. Rheological analysis reveals that | favorably enhance the Young's modulus and energy | absorption of MSF at a strain of 50% increased by 29.55

关键词： smart materials | magnetorheological composite | rheological properties | tunable performance | energy absorption

4008-161-200 800-990-8900

国家科技图书文献中心

摘要：Nanofluidic energy absorption materials (NEAs | ) represent smart and efficient energy absorption composite | energy absorption capacity, achieving a specific energy | absorption (SEA) of 5.17 J cm-3 and an energy absorption | infiltration and energy absorption properties, with only a

关键词： nanoporous material | mechanical response | energy absorption | tunable mechanism

摘要：, and energy absorption of additively manufactured | to the establishment of a new energy absorption | stiffness constraints. Energy absorption is shown | known to exhibit excellent energy absorbing capability | -thickness density distribution to maximise energy

关键词： Additive manufacturing | Finite element analysis | Lattice structures | Functionally graded structures | Energy absorption optimisation

摘要： motion in energy absorption mode is conducted. The | wave velocity on the energy absorption | can achieve an energy absorption efficiency of about | , traveling wave propulsion and traveling wave energy | absorption. In this paper, a two-dimensional flexible

关键词： Traveling wave motion | Traveling wave energy absorption | Waveforms | Dimensionless amplitude | Dimensionless wave velocity

摘要： were found to reach remarkable energy absorption | metallic glasses with excellent energy absorption, which | holds great promise for energy-absorbing applications. | MG lattices dissipate energy through crack bands | controllable crack propagation to maximize the energy

关键词： Additive manufacturing | TPMS | Bulk metallic glasses | Energy absorption | In situ X-ray computed tomography

摘要： achievements in absorbing and converting seismic energy, but | calculation methods. This study aims to predict the energy | absorption characteristic of a novel rubber concrete | concrete specimens are produced to measure the energy | Exploring the use of new materials to enhance

关键词： Energy absorption characteristic | Rubber concrete material | Tunnel | Intelligent prediction | Model interpretability

摘要： methods on energy absorption and deformation behavior | In this paper, the dovetail joint is | creatively applied to cellular structural plates. Based on | the concave cellular structural dovetail joint | plates, several new cellular structural dovetail joints

关键词： Cellular structure | Dovetail joints | Uniaxial tension | Energy absorption | Deformation and failure modes

摘要：-strain behavior and energy absorption performance. The | -bearing capacity as well as energy-absorbing performance | Based on Euler-Bernoulli beam theory, the | equivalent elastic properties of auxetic cellular structure | with irregular configurations are derived by using

关键词： auxetic cellular structure | energy absorption | irregular | multi-step bottom-up approach | the representative unit cell element approach

摘要：, research on improving the energy absorption of sandwich | sandwich panel (RFSP) to enhance energy absorption | compact later, which improves energy absorption. The EA | as energy-absorbing components in structural | © 2024 Elsevier LtdIn recent years, great

关键词： Auxetic | Energy absorption | Engineering protection | Sandwich structure | Static compression

摘要： for energy absorption, mitigating damage caused by | their energy absorption capacities or in their | metamaterials stretch synchronously for energy absorption | , exhibiting higher energy-absorbing capacity. Here, the | metamaterials achieve an energy-absorbing capacity of 26.4 kJ

关键词： bistablity | energy absorption | mechanical metamaterials | programmability | reusability | tensegrity

摘要： absorption of MSF structure. Among them, the energy | flexible structure that demonstrates tunable energy | absorption performance. Rheological analysis reveals that | favorably enhance the Young's modulus and energy | absorption of MSF at a strain of 50% increased by 29.55

关键词： smart materials | magnetorheological composite | rheological properties | tunable performance | energy absorption

4008-161-200 800-990-8900

国家科技图书文献中心

摘要：, and energy* absorption of additively manufactured* | to the establishment of a new energy absorption | stiffness constraints. Energy* absorption is shown* | known to exhibit excellent energy* absorbing capability* | -thickness density distribution to maximise energy

摘要： motion in energy* absorption mode is conducted. The* | wave velocity on the energy absorption | can achieve an energy* absorption efficiency of about* | , traveling wave propulsion and traveling wave energy | absorption. In this paper, a two-dimensional flexible

摘要： were found to reach remarkable energy absorption | metallic glasses with excellent energy* absorption, which* | holds great promise for energy-absorbing* applications.* | MG lattices dissipate energy* through crack bands* | controllable crack propagation to maximize the energy

摘要： methods on energy* absorption and deformation behavior* | In this paper, the dovetail joint is | creatively applied to cellular structural plates. Based on | the concave cellular structural dovetail joint | plates, several new cellular structural dovetail joints

摘要：-strain behavior and energy* absorption performance. The* | -bearing capacity as well as energy-absorbing* performance* | Based on Euler-Bernoulli beam theory, the | equivalent elastic properties of auxetic cellular structure | with irregular configurations are derived by using

摘要：, research on improving the energy* absorption of sandwich* | sandwich panel (RFSP) to enhance energy absorption | compact later, which improves energy* absorption. The EA* | as energy-absorbing* components in structural* | © 2024 Elsevier LtdIn recent years, great