NSTL国家科技图书文献中心

1. In-plane biaxial fatigue life prediction model for high-cycle fatigue under synchronous sinusoidal loading NSTL国家科技图书文献中心

Youzhi Liu | Qianyang Sun ... - 《International Journal of Fatigue》 - 2025,190(Jan.) - 108618.1～108618.15 - 共15页

摘要： fatigue life. This study aims to propose a life | prediction model for in-plane biaxial fatigue* encompassing* | loading to predict fatigue* life. To validate and compare* | biaxial fatigue* experiments were conducted using 24* | fatigue life prediction by distinctly separating the

关键词： In-plane biaxial fatigue | Multiaxial fatigue | Non-proportional loading | Life prediction | Cruciform | Nickel-based superalloy

2. Review on the Fatigue Strength of Additively Manufactured Metal Materials Under the Very High Cycle Fatigue NSTL国家科技图书文献中心

J.Henrique Lopes | Pedro R. da Costa ... - 《Fatigue & Fracture of Engineering Materials & Structures》 - 2025,48(3) - 979～1000 - 共22页

摘要： fatigue strength of additively manufactured (AMed) metal | preconceptualized fatigue* limit (107 cycles) and the very high* | cycle fatigue* (VHCF) regime. Considering the inherent* | focuses on key research topics of metal AM fatigue | fatigue strength.

关键词： additive manufacturing (AM) | metal AM | metal processes | ultrasonic fatigue testing | very high cycle fatigue

3. Development of a novel approach to correlate small punch fatigue with uniaxial ratcheting fatigue NSTL国家科技图书文献中心

Aishwary Vardhan Pan... | K. Mariappan ... - 《International Journal of Fatigue》 - 2025,190(Jan.) - 108585.1～108585.15 - 共15页

摘要：The miniaturization of fatigue* specimens has* | modified 9Cr-lMo (P91) steels. The small punch fatigue | ratcheting and small punch fatigue* and the effect of* | seen significant advancements, realized either by | scaling down conventional specimens while preserving

关键词： Small Punch Fatigue | Uniaxial Ratcheting | Mean Stress | Fatigue Life Prediction | Correlation | Scanning Electron Microscope

4. Quantitative assessment of compression fatigue history effect on the subsequent tension fatigue limit of strain localized material NSTL国家科技图书文献中心

Bowen Chen | Shigeru Hamada ... - 《International Journal of Fatigue》 - 2025,191(Feb.) - 108682.1～108682.16 - 共16页

摘要：This study conducts compressive fatigue* tests* | compression fatigue* and the corresponding effect of loading* | history on subsequent tensile fatigue* limits. Hence* | , fatigue* crack "growth" and "propagation" of two types* | respective fatigue* crack extension types are discussed*

关键词： Compressive fatigue damage | Fatigue crack extension mode and type | Fatigue crack extension mechanics | Notch plastic zone size | Residual stress

5. Predicting the fatigue life of T800 carbon fiber composite structural component based on fatigue experiments of unidirectional laminates NSTL国家科技图书文献中心

Yidong Zhang | Tao Zheng ... - 《International Journal of Fatigue》 - 2025,190(Jan.) - 108622.1～108622.17 - 共17页

摘要：This study is based on the fatigue* experiment* | fatigue performance of T800 carbon fiber/epoxy resin | numerical analysis. Fatigue* experiments were performed on* | individually, obtaining the fundamental fatigue* parameters* | necessary for modeling. The fatigue* life model for T800*

关键词： T800 carbon fiber composites | Constant life model | Fatigue of structural components | Fatigue life contour

6. Mechanisms of fatigue and molecular diagnostics: The application of bioactive compounds in fatigue relief research NSTL国家科技图书文献中心

Si, Xinxin | Si, Yanyan ... - 《Food Bioscience》 - 2025,68 - 共19页

摘要：Fatigue represents a complex biopsychological | dimensions: mental fatigue* (subjective perception) and* | physical fatigue* (objective performance) that emerge* | physical training regimens. Rapid fatigue* can negatively* | soldiers. Furthermore, persistent fatigue* increases the*

关键词： Fatigue mechanism | Fatigue relief | Bioactive compounds | Functional foods

7. Creep-thermal fatigue behavior of thin-walled structures with holes and a creep-thermal fatigue-oxidation phase field model NSTL国家科技图书文献中心

Chenyu Du | Haitao Cui ... - 《International Journal of Fatigue》 - 2025,191(Feb.) - 108696.1～108696.16 - 共16页

摘要： creep-thermal fatigue* (CTF) behavior of thin-walled* | creep, thermal fatigue, and oxidation. Therefore, a | creep-thermal fatigue-oxidation phase field model was | the interaction between creep damage and fatigue | proposed to describe oxidation-induced fatigue* damage*

关键词： Creep-thermal fatigue | Thin-walled structures with holes | Phase field model | Creep damage | Fatigue damage | Oxidation effect

8. A Comparison of Patient Self‐Reported Fatigue in the FRAIL Scale With a Validated Fatigue Measure NSTL国家科技图书文献中心

Saloni Kumar | Jude K. des Bordes ... - 《Journal of evaluation in clinical practice.》 - 2025,31(1) - e70016～e70016 - 共7页

摘要：‐reporting of fatigue* in the FRAIL scale may raise concerns* | ‐reported fatigue* measure in the FRAIL scale in comparison* | to a validated fatigue measure, the Fatigue | person. Patient self‐reported fatigue* was derived from* | scale while the FSS provided a validated fatigue

关键词： fatigue | Fatigue Severity Scale | FRAIL scale | frailty | older adults

9. An improved constitutive model for rapid fatigue properties evaluation based on fatigue damage entropy NSTL国家科技图书文献中心

Wei, Wei | Li, Jianhui ... - 《European journal of mechanics,A.Solids》 - 2025,109 - 共17页

摘要：. Subsequently, a rapid fatigue* life estimation method is* | to fatigue* damage, i.e. FFE, related to* | irreversible inelastic microstructural motion. Fatigue* tests* | A constitutive model, which reflects the non | -linear response association between microstructural

关键词： Thermodynamic entropy | Fatigue limit | Fatigue damage | Fatigue life

10. Between-day reliability of common muscle fatigue measures during a repeated upper limb fatigue protocol NSTL国家科技图书文献中心

Michael W. B. Watter... | Jeffrey D. Graham ... - 《Theoretical issues in ergonomics science》 - 2025,26(1) - 84～97 - 共14页

摘要：Neuromuscular fatigue* manifestation is of* | challenge in fatigue* research is that experimental* | fatigue mea-sures in response to a repeated fatigue | isometric elbow flexion fatigue* protocol on three* | -based indicators of fatigue* were assessed using*

摘要： fatigue life. This study aims to propose a life | prediction model for in-plane biaxial fatigue* encompassing* | loading to predict fatigue* life. To validate and compare* | biaxial fatigue* experiments were conducted using 24* | fatigue life prediction by distinctly separating the

关键词： In-plane biaxial fatigue | Multiaxial fatigue | Non-proportional loading | Life prediction | Cruciform | Nickel-based superalloy

摘要： fatigue strength of additively manufactured (AMed) metal | preconceptualized fatigue* limit (107 cycles) and the very high* | cycle fatigue* (VHCF) regime. Considering the inherent* | focuses on key research topics of metal AM fatigue | fatigue strength.

关键词： additive manufacturing (AM) | metal AM | metal processes | ultrasonic fatigue testing | very high cycle fatigue

摘要：The miniaturization of fatigue* specimens has* | modified 9Cr-lMo (P91) steels. The small punch fatigue | ratcheting and small punch fatigue* and the effect of* | seen significant advancements, realized either by | scaling down conventional specimens while preserving

关键词： Small Punch Fatigue | Uniaxial Ratcheting | Mean Stress | Fatigue Life Prediction | Correlation | Scanning Electron Microscope

摘要：This study conducts compressive fatigue* tests* | compression fatigue* and the corresponding effect of loading* | history on subsequent tensile fatigue* limits. Hence* | , fatigue* crack "growth" and "propagation" of two types* | respective fatigue* crack extension types are discussed*

关键词： Compressive fatigue damage | Fatigue crack extension mode and type | Fatigue crack extension mechanics | Notch plastic zone size | Residual stress

摘要：This study is based on the fatigue* experiment* | fatigue performance of T800 carbon fiber/epoxy resin | numerical analysis. Fatigue* experiments were performed on* | individually, obtaining the fundamental fatigue* parameters* | necessary for modeling. The fatigue* life model for T800*

关键词： T800 carbon fiber composites | Constant life model | Fatigue of structural components | Fatigue life contour

摘要：Fatigue represents a complex biopsychological | dimensions: mental fatigue* (subjective perception) and* | physical fatigue* (objective performance) that emerge* | physical training regimens. Rapid fatigue* can negatively* | soldiers. Furthermore, persistent fatigue* increases the*

关键词： Fatigue mechanism | Fatigue relief | Bioactive compounds | Functional foods

摘要： creep-thermal fatigue* (CTF) behavior of thin-walled* | creep, thermal fatigue, and oxidation. Therefore, a | creep-thermal fatigue-oxidation phase field model was | the interaction between creep damage and fatigue | proposed to describe oxidation-induced fatigue* damage*

关键词： Creep-thermal fatigue | Thin-walled structures with holes | Phase field model | Creep damage | Fatigue damage | Oxidation effect

摘要：‐reporting of fatigue* in the FRAIL scale may raise concerns* | ‐reported fatigue* measure in the FRAIL scale in comparison* | to a validated fatigue measure, the Fatigue | person. Patient self‐reported fatigue* was derived from* | scale while the FSS provided a validated fatigue

关键词： fatigue | Fatigue Severity Scale | FRAIL scale | frailty | older adults

摘要：. Subsequently, a rapid fatigue* life estimation method is* | to fatigue* damage, i.e. FFE, related to* | irreversible inelastic microstructural motion. Fatigue* tests* | A constitutive model, which reflects the non | -linear response association between microstructural

关键词： Thermodynamic entropy | Fatigue limit | Fatigue damage | Fatigue life

摘要：Neuromuscular fatigue* manifestation is of* | challenge in fatigue* research is that experimental* | fatigue mea-sures in response to a repeated fatigue | isometric elbow flexion fatigue* protocol on three* | -based indicators of fatigue* were assessed using*

关键词： Reliability | fatigue | electromyography

4008-161-200 800-990-8900

国家科技图书文献中心

摘要： fatigue life. This study aims to propose a life | prediction model for in-plane biaxial fatigue encompassing | loading to predict fatigue life. To validate and compare | biaxial fatigue experiments were conducted using 24 | fatigue life prediction by distinctly separating the

关键词： In-plane biaxial fatigue | Multiaxial fatigue | Non-proportional loading | Life prediction | Cruciform | Nickel-based superalloy

摘要： fatigue strength of additively manufactured (AMed) metal | preconceptualized fatigue limit (107 cycles) and the very high | cycle fatigue (VHCF) regime. Considering the inherent | focuses on key research topics of metal AM fatigue | fatigue strength.

关键词： additive manufacturing (AM) | metal AM | metal processes | ultrasonic fatigue testing | very high cycle fatigue

摘要：The miniaturization of fatigue specimens has | modified 9Cr-lMo (P91) steels. The small punch fatigue | ratcheting and small punch fatigue and the effect of | seen significant advancements, realized either by | scaling down conventional specimens while preserving

关键词： Small Punch Fatigue | Uniaxial Ratcheting | Mean Stress | Fatigue Life Prediction | Correlation | Scanning Electron Microscope

摘要：This study conducts compressive fatigue tests | compression fatigue and the corresponding effect of loading | history on subsequent tensile fatigue limits. Hence | , fatigue crack "growth" and "propagation" of two types | respective fatigue crack extension types are discussed

关键词： Compressive fatigue damage | Fatigue crack extension mode and type | Fatigue crack extension mechanics | Notch plastic zone size | Residual stress

摘要：This study is based on the fatigue experiment | fatigue performance of T800 carbon fiber/epoxy resin | numerical analysis. Fatigue experiments were performed on | individually, obtaining the fundamental fatigue parameters | necessary for modeling. The fatigue life model for T800

关键词： T800 carbon fiber composites | Constant life model | Fatigue of structural components | Fatigue life contour

摘要：Fatigue represents a complex biopsychological | dimensions: mental fatigue (subjective perception) and | physical fatigue (objective performance) that emerge | physical training regimens. Rapid fatigue can negatively | soldiers. Furthermore, persistent fatigue increases the

关键词： Fatigue mechanism | Fatigue relief | Bioactive compounds | Functional foods

摘要： creep-thermal fatigue (CTF) behavior of thin-walled | creep, thermal fatigue, and oxidation. Therefore, a | creep-thermal fatigue-oxidation phase field model was | the interaction between creep damage and fatigue | proposed to describe oxidation-induced fatigue damage

关键词： Creep-thermal fatigue | Thin-walled structures with holes | Phase field model | Creep damage | Fatigue damage | Oxidation effect

摘要：‐reporting of fatigue in the FRAIL scale may raise concerns | ‐reported fatigue measure in the FRAIL scale in comparison | to a validated fatigue measure, the Fatigue | person. Patient self‐reported fatigue was derived from | scale while the FSS provided a validated fatigue

关键词： fatigue | Fatigue Severity Scale | FRAIL scale | frailty | older adults

摘要：. Subsequently, a rapid fatigue life estimation method is | to fatigue damage, i.e. FFE, related to | irreversible inelastic microstructural motion. Fatigue tests | A constitutive model, which reflects the non | -linear response association between microstructural

关键词： Thermodynamic entropy | Fatigue limit | Fatigue damage | Fatigue life

摘要：Neuromuscular fatigue manifestation is of | challenge in fatigue research is that experimental | fatigue mea-sures in response to a repeated fatigue | isometric elbow flexion fatigue protocol on three | -based indicators of fatigue were assessed using

关键词： Reliability | fatigue | electromyography

4008-161-200 800-990-8900

国家科技图书文献中心

摘要： fatigue life. This study aims to propose a life | prediction model for in-plane biaxial fatigue* encompassing* | loading to predict fatigue* life. To validate and compare* | biaxial fatigue* experiments were conducted using 24* | fatigue life prediction by distinctly separating the

摘要： fatigue strength of additively manufactured (AMed) metal | preconceptualized fatigue* limit (107 cycles) and the very high* | cycle fatigue* (VHCF) regime. Considering the inherent* | focuses on key research topics of metal AM fatigue | fatigue strength.

摘要：The miniaturization of fatigue* specimens has* | modified 9Cr-lMo (P91) steels. The small punch fatigue | ratcheting and small punch fatigue* and the effect of* | seen significant advancements, realized either by | scaling down conventional specimens while preserving

摘要：This study conducts compressive fatigue* tests* | compression fatigue* and the corresponding effect of loading* | history on subsequent tensile fatigue* limits. Hence* | , fatigue* crack "growth" and "propagation" of two types* | respective fatigue* crack extension types are discussed*

摘要：This study is based on the fatigue* experiment* | fatigue performance of T800 carbon fiber/epoxy resin | numerical analysis. Fatigue* experiments were performed on* | individually, obtaining the fundamental fatigue* parameters* | necessary for modeling. The fatigue* life model for T800*

摘要：Fatigue represents a complex biopsychological | dimensions: mental fatigue* (subjective perception) and* | physical fatigue* (objective performance) that emerge* | physical training regimens. Rapid fatigue* can negatively* | soldiers. Furthermore, persistent fatigue* increases the*

摘要： creep-thermal fatigue* (CTF) behavior of thin-walled* | creep, thermal fatigue, and oxidation. Therefore, a | creep-thermal fatigue-oxidation phase field model was | the interaction between creep damage and fatigue | proposed to describe oxidation-induced fatigue* damage*

摘要：‐reporting of fatigue* in the FRAIL scale may raise concerns* | ‐reported fatigue* measure in the FRAIL scale in comparison* | to a validated fatigue measure, the Fatigue | person. Patient self‐reported fatigue* was derived from* | scale while the FSS provided a validated fatigue

摘要：. Subsequently, a rapid fatigue* life estimation method is* | to fatigue* damage, i.e. FFE, related to* | irreversible inelastic microstructural motion. Fatigue* tests* | A constitutive model, which reflects the non | -linear response association between microstructural

摘要：Neuromuscular fatigue* manifestation is of* | challenge in fatigue* research is that experimental* | fatigue mea-sures in response to a repeated fatigue | isometric elbow flexion fatigue* protocol on three* | -based indicators of fatigue* were assessed using*