NSTL国家科技图书文献中心

1. Tailored energy dissipation with viscoelastic architectured materials NSTL国家科技图书文献中心

Welander, Aliae | Kinnunen, Isak ... - 《Mechanics of materials》 - 2025,201(Feb.) - 1.1～1.14 - 共14页

摘要： different energy* dissipation behavior in hydrostatic* | library of materials for a tailored energy* dissipation.* | energy response under a class of loadings, the energy | dissipation of the homogenized models of the different RVEs | A family of architectured materials (AMs) is

关键词： Architectured materials | Viscoelasticity | Computational homogenization | Vibration damping | Energy dissipation | ASYMPTOTIC HOMOGENIZATION | NUMERICAL INVERSION | COMPOSITES | BEHAVIOR

2. Energy dissipation in pearlitic steel under impact loading NSTL国家科技图书文献中心

Wang, Jun | Ma, Ziwei ... - 《Acta materialia》 - 2025,284 - 120599～ - 共12页

摘要：Energy dissipation plays a crucial role in the | ratio of energy* dissipation to input energy is* | energy dissipates via the heat and structural | dissipation for pure elastic deformation, while it still | consumes >93 % of the dissipation* when the deformation*

关键词： Pearlitic steel | Impact loading | Energy dissipation | Heat | Molecular dynamics

3. Damage-induced energy dissipation in artificial soft tissues NSTL国家科技图书文献中心

W.K. Sun | B.B. Yin ... - 《Journal of the Mechanics and Physics of Solids》 - 2025,194(Jan.) - 105933.1～105933.23 - 共23页

摘要： macroscopic energy* dissipation. To bridge this gap, we* | propose a novel energy* dissipation mechanism-motivated* | -induced energy* dissipation and stress softening, and the* | dissipation with the network damage to reveal the effects of | dissipation, thereby offering valuable guidance for

关键词： Artificial soft tissues | Energy dissipation | Network model | Toughening | Self-healing

4. Pipeline-Soil Interaction Behavior: Acoustic Emission and Energy Dissipation NSTL国家科技图书文献中心

Shijin Li | Alister Smith - 《Journal of geotechnical and geoenvironmental engineering》 - 2025,151(2) - 4024157.1～4024157.21 - 共21页

摘要： on plastic energy* dissipation, and hence AE. Trends* | accounted for >80% of the total dissipated* energy on* | relationships were established between dissipated* energy, pipe* | buried pipe uplift with energy* tracking were performed* | of dissipated plastic energy* and measured AE with*

关键词： Acoustic emission (AE) | Buried pipelines | Energy dissipation | Discrete element modeling | Soil-structure interaction

5. Energy dissipation enhancement of nonlinear viscous damping-integrated negative stiffness amplifying dampers NSTL国家科技图书文献中心

Zhao, Zhipeng | Wu, Minjun ... - 《Nonlinear dynamics》 - 2025,113(8) - 7731～7758 - 共28页

摘要：, leading to the proposal of adjusted energy dissipation | , the nonlinear energy* dissipation enhancement remains* | established energy* dissipation enhancement theory can be* | simultaneous enhancement of negative stiffness and energy | dissipation, yet the linear damping assumption constrains

关键词： Negative stiffness | Nonlinear damping | Energy dissipation enhancement | Parameter design

6. Design and Analysis of a 3D Frictional Mechanical Metamaterial for Efficient Energy Dissipation NSTL国家科技图书文献中心

Eunhyeuk Jeong | Emilio Calius ... - 《Advanced Materials Technologies》 - 2025,10(2) - 2400614～ - 共15页

摘要： elastic energy* absorption and dissipation, making it a* | energy dissipation or damping under cyclical loads | interactions to dissipate frictional energy. The mechanical | . Comparative assessments of the metamaterial's energy | dissipation performance demonstrated a good agreement

关键词： Elastic energy dissipation | Frictional metamaterial | Hexagonal and reentrant unit cells

7. Study on Seismic Performance of a Novel Energy Dissipation Joint Based on CL Composite Dowels NSTL国家科技图书文献中心

Jiaqi Li | Zhihua Xiong ... - 《8th International Conference on Crack Paths》 - International Conference on Crack Paths - 2025, - 221～228 - 共8页

摘要： seismic energy* dissipation. In this paper, numerical* | performance of the new energy* dissipation joint with that of* | of the new energy* dissipation joint is investigated* | performance and stronger energy* dissipation capacity and the* | performance of the energy* dissipation joint and it is*

关键词： Seismic | Energy dissipation joint | CL composite dowels | Low yield point steel | FE analysis

8. Experimental investigation and numerical simulation on seismic performance of self-centering bridge bents with energy-dissipation beams NSTL国家科技图书文献中心

Bao Y. | Jin C.... - 《Engineering structures》 - 2025,322(Jan.1 Pt.A2) - 1.1～1.13 - 共13页

摘要：, energy* dissipation, and recoverable capacity. Two types* | , stiffness, energy* dissipation, and self-centering capacity* | creation of self-centering bridge bents with energy | -dissipation* (ED) beams to enhance seismic resilience. This* | significantly higher lateral force, stiffness, and energy

关键词： Energy dissipation | Energy-dissipation beams | Numerical validation | Quasi-static tests | Self-centering bridge bents | Self-centering capacity

9. Meso-mechanical Damage and Energy Dissipation Mechanism in Backfill: Effects of Seepage and Crack Defects NSTL国家科技图书文献中心

Hou, Jifeng | Li, Jinbo ... - 《Geotechnical and geological engineering》 - 2025,43(1) - Article 23～ - 共18页

摘要： and energy* dissipation mechanism of damage and* | development of microcracks in backfill, and the energy | dissipation mechanism was expounded. The research shows that | energy is released when the sample is destroyed, the | , the boundary energy, bond energy and strain energy

关键词： Cemented backfill | Seepage | Crack defects | Meso-mechanical characteristics | Energy dissipation

10. Mechanical properties and energy dissipation characteristics of oilsaturated sandstone under triaxial compression: an experimental investigation NSTL国家科技图书文献中心

Sheng Zhang | Rui Zhou ... - 《Bulletin of engineering geology and the environment》 - 2025,84(3) - 145.1～145.17 - 共17页

摘要： mechanical properties, energy* dissipation characteristics* | -saturated treatment does not change the energy* evolution* | on the energy* parameters. The number of AE events* | and the released energy* of oil-saturated sandstone* | on the energy* parameters and crack extension of*

摘要： different energy* dissipation behavior in hydrostatic* | library of materials for a tailored energy* dissipation.* | energy response under a class of loadings, the energy | dissipation of the homogenized models of the different RVEs | A family of architectured materials (AMs) is

关键词： Architectured materials | Viscoelasticity | Computational homogenization | Vibration damping | Energy dissipation | ASYMPTOTIC HOMOGENIZATION | NUMERICAL INVERSION | COMPOSITES | BEHAVIOR

摘要：Energy dissipation plays a crucial role in the | ratio of energy* dissipation to input energy is* | energy dissipates via the heat and structural | dissipation for pure elastic deformation, while it still | consumes >93 % of the dissipation* when the deformation*

关键词： Pearlitic steel | Impact loading | Energy dissipation | Heat | Molecular dynamics

关键词： Artificial soft tissues | Energy dissipation | Network model | Toughening | Self-healing

摘要： on plastic energy* dissipation, and hence AE. Trends* | accounted for >80% of the total dissipated* energy on* | relationships were established between dissipated* energy, pipe* | buried pipe uplift with energy* tracking were performed* | of dissipated plastic energy* and measured AE with*

关键词： Acoustic emission (AE) | Buried pipelines | Energy dissipation | Discrete element modeling | Soil-structure interaction

关键词： Negative stiffness | Nonlinear damping | Energy dissipation enhancement | Parameter design

摘要： elastic energy* absorption and dissipation, making it a* | energy dissipation or damping under cyclical loads | interactions to dissipate frictional energy. The mechanical | . Comparative assessments of the metamaterial's energy | dissipation performance demonstrated a good agreement

关键词： Elastic energy dissipation | Frictional metamaterial | Hexagonal and reentrant unit cells

关键词： Seismic | Energy dissipation joint | CL composite dowels | Low yield point steel | FE analysis

关键词： Energy dissipation | Energy-dissipation beams | Numerical validation | Quasi-static tests | Self-centering bridge bents | Self-centering capacity

摘要： and energy* dissipation mechanism of damage and* | development of microcracks in backfill, and the energy | dissipation mechanism was expounded. The research shows that | energy is released when the sample is destroyed, the | , the boundary energy, bond energy and strain energy

关键词： Cemented backfill | Seepage | Crack defects | Meso-mechanical characteristics | Energy dissipation

摘要： mechanical properties, energy* dissipation characteristics* | -saturated treatment does not change the energy* evolution* | on the energy* parameters. The number of AE events* | and the released energy* of oil-saturated sandstone* | on the energy* parameters and crack extension of*

关键词： Oil-saturated sandstone | Triaxial compression | Energy dissipation | Microcrack propagation

4008-161-200 800-990-8900

国家科技图书文献中心

摘要： different energy dissipation behavior in hydrostatic | library of materials for a tailored energy dissipation. | energy response under a class of loadings, the energy | dissipation of the homogenized models of the different RVEs | A family of architectured materials (AMs) is

关键词： Architectured materials | Viscoelasticity | Computational homogenization | Vibration damping | Energy dissipation | ASYMPTOTIC HOMOGENIZATION | NUMERICAL INVERSION | COMPOSITES | BEHAVIOR

摘要：Energy dissipation plays a crucial role in the | ratio of energy dissipation to input energy is | energy dissipates via the heat and structural | dissipation for pure elastic deformation, while it still | consumes >93 % of the dissipation when the deformation

关键词： Pearlitic steel | Impact loading | Energy dissipation | Heat | Molecular dynamics

摘要： macroscopic energy dissipation. To bridge this gap, we | propose a novel energy dissipation mechanism-motivated | -induced energy dissipation and stress softening, and the | dissipation with the network damage to reveal the effects of | dissipation, thereby offering valuable guidance for

关键词： Artificial soft tissues | Energy dissipation | Network model | Toughening | Self-healing

摘要： on plastic energy dissipation, and hence AE. Trends | accounted for >80% of the total dissipated energy on | relationships were established between dissipated energy, pipe | buried pipe uplift with energy tracking were performed | of dissipated plastic energy and measured AE with

关键词： Acoustic emission (AE) | Buried pipelines | Energy dissipation | Discrete element modeling | Soil-structure interaction

关键词： Negative stiffness | Nonlinear damping | Energy dissipation enhancement | Parameter design

摘要： elastic energy absorption and dissipation, making it a | energy dissipation or damping under cyclical loads | interactions to dissipate frictional energy. The mechanical | . Comparative assessments of the metamaterial's energy | dissipation performance demonstrated a good agreement

关键词： Elastic energy dissipation | Frictional metamaterial | Hexagonal and reentrant unit cells

摘要： seismic energy dissipation. In this paper, numerical | performance of the new energy dissipation joint with that of | of the new energy dissipation joint is investigated | performance and stronger energy dissipation capacity and the | performance of the energy dissipation joint and it is

关键词： Seismic | Energy dissipation joint | CL composite dowels | Low yield point steel | FE analysis

关键词： Energy dissipation | Energy-dissipation beams | Numerical validation | Quasi-static tests | Self-centering bridge bents | Self-centering capacity

摘要： and energy dissipation mechanism of damage and | development of microcracks in backfill, and the energy | dissipation mechanism was expounded. The research shows that | energy is released when the sample is destroyed, the | , the boundary energy, bond energy and strain energy

关键词： Cemented backfill | Seepage | Crack defects | Meso-mechanical characteristics | Energy dissipation

摘要： mechanical properties, energy dissipation characteristics | -saturated treatment does not change the energy evolution | on the energy parameters. The number of AE events | and the released energy of oil-saturated sandstone | on the energy parameters and crack extension of

关键词： Oil-saturated sandstone | Triaxial compression | Energy dissipation | Microcrack propagation

4008-161-200 800-990-8900

国家科技图书文献中心

摘要： different energy* dissipation behavior in hydrostatic* | library of materials for a tailored energy* dissipation.* | energy response under a class of loadings, the energy | dissipation of the homogenized models of the different RVEs | A family of architectured materials (AMs) is

摘要：Energy dissipation plays a crucial role in the | ratio of energy* dissipation to input energy is* | energy dissipates via the heat and structural | dissipation for pure elastic deformation, while it still | consumes >93 % of the dissipation* when the deformation*

摘要： elastic energy* absorption and dissipation, making it a* | energy dissipation or damping under cyclical loads | interactions to dissipate frictional energy. The mechanical | . Comparative assessments of the metamaterial's energy | dissipation performance demonstrated a good agreement

摘要： and energy* dissipation mechanism of damage and* | development of microcracks in backfill, and the energy | dissipation mechanism was expounded. The research shows that | energy is released when the sample is destroyed, the | , the boundary energy, bond energy and strain energy

摘要： mechanical properties, energy* dissipation characteristics* | -saturated treatment does not change the energy* evolution* | on the energy* parameters. The number of AE events* | and the released energy* of oil-saturated sandstone* | on the energy* parameters and crack extension of*