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About: Creep is a research topic. Over the lifetime, 48630 publications have been published within this topic receiving 772872 citations.

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01 Dec 1960
TL;DR: In this paper, the authors present a model for the development of the MICROSTRUCTURE in CERAMICS based on phase transformation, glass formation and glass-Ceramics.
Abstract: INTRODUCTION. Ceramic Processes and Products. CHARACTERISTICS OF CERAMIC SOLIDS. Structure of Crystals. Structure of Glasses. Structural Imperfections. Surfaces, Interfaces, and Grain Boundaries. Atom Mobility. DEVELOPMENT OF MICROSTRUCTURE IN CERAMICS. Ceramic Phase Equilibrium Diagrams. Phase Transformation, Glass Formation and Glass--Ceramics. Reactions with and between Solids. Grain Growth. Sintering and Vitrification. Microstructure of Ceramics. PROPERTIES OF CERAMICS. Thermal Properties. Optical Properties. Plastic Deformation, Viscous Flow and Creep. Elasticity, Anelasticity and Strength. Thermal and Compositional Stresses. Electrical Conductivity. Dielectric Properties. Magnetic Properties.

6,650 citations

Journal ArticleDOI
TL;DR: The mechanical properties of nanocrystalline materials are reviewed in this paper, with emphasis on their constitutive response and on the fundamental physical mechanisms, including the deviation from the Hall-Petch slope and possible negative slope, the effect of porosity, the difference between tensile and compressive strength, the limited ductility, the tendency for shear localization, fatigue and creep responses.

3,828 citations

14 Dec 1993
TL;DR: In this article, the authors discuss various mechanical properties of fiber-filled composites, such as elastic moduli, creep and stress relaxation, and other mechanical properties such as stress-strain behavior and strength.
Abstract: Mechanical Tests and Polymer Transitions * Elastic Moduli * Creep and Stress Relaxation * Dynamical Mechanical Properties * Stress-Strain Behaviour and Strength * Other mechanical Properties * Particulate-Filled Polymers * Fiber- Filled Composites and Other Composites.

3,166 citations

Reference BookDOI
22 Nov 2017
TL;DR: In this paper, the surface tension and surface tension of polymers were calculated from contact angles by the Harmonic-Mean and Geometric-means methods. But the results of the analysis of the contact angles were limited.
Abstract: "Interfacial Thermodynamics Molecular Interpretations Interfacial and Surface Tensions of Polymer Melts and Liquids Contact Angles of Liquids on Solid Polymers Surface Tension and Polarity of Solid Polymers Wetting of High-Energy Surfaces Dynamic Contact Angles and Wetting Kinetics Experimental Methods for Contact Angles and Interfacial Tensions Modifications of Polymer Surfaces: Mechanisms of Wettability and Bondability Improvements Adhesion: Basic Concept and Locus of Failure Formation of Adhesive Bond Weak Boundary Layers Effect of Internal Stress and Bond Strength Fracture of Adhesive Bond Fundamentals of Fracture Mechanics Analysis and Testing of Adhesive Bonds Creep, Fatigue, and Environmental Effects Creep and Fatigue of Adhesive Joints Environmental Effects Appendix I: Calculation of Surface Tension and Its Non-polar and Polar Components from Contact Angles By the Harmonic-Mean and the Geometric-Mean Methods Appendix II: Unit Conversion Tables "

2,422 citations

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