Mechanical response of high-porosity rocks under high triaxial confining pressure and experimental study of indentation tests. [PDF]
Gai J, Li W.
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Extended Rice-Thomson analysis and atomistic simulations revealing grain boundary effects on fracture in refractory high-entropy alloys. [PDF]
Wang W +8 more
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Welding X65 for Sour Service: Microstructural Evolution and Mechanical Degradation of Pulsed GMAW Joints in H<sub>2</sub>S Environments. [PDF]
Goswami R +5 more
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Laser-Assisted Diamond Turning for Anisotropy Suppression in Calcium Fluoride. [PDF]
Xing E +10 more
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Compression-induced Ductile Flow of Brittle Materials and Brittle Fracturing of Ductile Materials
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Industrial Artificial and Natural Fibers' Cutting Mechanism-A Review. [PDF]
Hu S +5 more
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Towards Ultra-Precision Manufacturing: Advancements and Future Trends in Energy Field-Assisted Jet Machining. [PDF]
He Y, Chen T, Man X, Su T.
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Brittle and Quasi-Brittle Materials
2009The optimization problems considered in this section consist in finding the shape and the thickness distribution of axisymmetric shells in the framework of membrane theory, loaded by fixed statical forces in such a way that the cost functional reaches a maximum, while satisfying some strength mechanics constraints.
N. V. Banichuk, Pekka Neittaanmäki
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Nonlinear Analysis of Brittle Materials
2008The problem of the evaluation of the nonlinear response of damaged structures is considered. In order to circumvent the numerical difficulties which can affect standard numerical strategies because of the high sensitivity of the stress response to small changes of displacements, a specific implementation of the standard path-following procedure is ...
MALENA M, BILOTTA, Antonio, LANZO A. D.
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The Fracture of Brittle Materials
2012Preface ix Acknowledgments xi 1. Introduction 1 2. Fracture Mechanics Background 6 3. Environmentally Enhanced Crack Growth 19 4. Fracture Mechanics Tests 32 5. Strength Testing 68 6. Quantitative Fractography 99 7. Microstructural Effects 131 8. Predicting Reliability 145 9.
Stephen W. Freiman, John J. Mecholsky
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