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Strength and fracture of polymer films and fibers / B. Tsoi, E.M. Kartashov, and V.V. Shevelev. English

By: Tsoi, B.
Contributor(s): Kartashov, E. M | Shevelev, V. V.
Material type: materialTypeLabelBookPublisher: Huntington, New.York. : Nova Science Publishers, Inc., c2002Description: xix, 213 p. : ill. ; 26 cm.ISBN: 1590332709.Subject(s): Polymers | Thin filmsDDC classification: 620.1/9204 Online resources: Table of contents
Contents:
Machine generated contents note: Chapter 1 Strength and Fracture of Polymers 1 -- 1.1. Kinetics of Fracture Processes 1 -- 1.2. Temperature and Time Dependence of Strength 12 -- 1.3 Principal Results of the Mathematical Theory of Cracks 49 -- Chapter 2 Structural Discreteness and Defects of Polymers 71 -- 2.1. Supramolecular Organization and Structural Defects in Polymers 71 -- 2.2. Discrete Strength Spectrum of Polymers 74 -- Chapter 3 Methods of the Investigation of Fracture and Calculation of Strength of Polymers 77 -- 3.1. Statistical Treatment of Experimental Results 77 -- 3.2. Calculation of Lifetime and Strength 92 -- 3.3. Time Dependence of Strength for Polymers in the Presence of Surface-Active Medium and under Cyclic Tests 114 -- 3.4. Lifetime Dependence of Strength in Polymers under Non-Isothermic Loading 122 -- 3.5. Investigation of Fracture on the Basis of the Griffith Criterion 128 -- 3.6. Heat Impact and Dynamic Thermal Elasticity 137 -- 3.7. Statistical Kinetics of Brittle and Quasi-Brittle Fracture of Polymers 152 -- Chapter 4 Strength States of Polymers 185 -- 4.1. Strength and Lifetime Distribution Function for Bulk (Low-Strength) Samples 185 -- 4.2. Strength and Lifetime Distribution Function of Thin (High-Strength) Polymer Films and Fibers 190 -- 4.3. Lifetime and Strength of Bulk and Thin Samples 191.
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Reference
Reference collection 620.1/9204/TSO/ 96 (Browse shelf) Not For Loan M00096
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616.5/0272/INV/ 299 Inventi patents transdermal / 620/.43/RHO/ 476 Principles of powder technology / 620/.43/RHO/ 60 Principles of powder technology / 620.1/9204/TSO/ 96 Strength and fracture of polymer films and fibers / 620.5/0272/INV/ 301 Inventi Patents nanoparticles / 620.5/BAL/ 211 Carbon Nanotubes : 620.5 CAD Concepts of nanochemistry /

Includes bibliographical references (p. [193]-207) and index.

Machine generated contents note: Chapter 1 Strength and Fracture of Polymers 1 -- 1.1. Kinetics of Fracture Processes 1 -- 1.2. Temperature and Time Dependence of Strength 12 -- 1.3 Principal Results of the Mathematical Theory of Cracks 49 -- Chapter 2 Structural Discreteness and Defects of Polymers 71 -- 2.1. Supramolecular Organization and Structural Defects in Polymers 71 -- 2.2. Discrete Strength Spectrum of Polymers 74 -- Chapter 3 Methods of the Investigation of Fracture and Calculation of Strength of Polymers 77 -- 3.1. Statistical Treatment of Experimental Results 77 -- 3.2. Calculation of Lifetime and Strength 92 -- 3.3. Time Dependence of Strength for Polymers in the Presence of Surface-Active Medium and under Cyclic Tests 114 -- 3.4. Lifetime Dependence of Strength in Polymers under Non-Isothermic Loading 122 -- 3.5. Investigation of Fracture on the Basis of the Griffith Criterion 128 -- 3.6. Heat Impact and Dynamic Thermal Elasticity 137 -- 3.7. Statistical Kinetics of Brittle and Quasi-Brittle Fracture of Polymers 152 -- Chapter 4 Strength States of Polymers 185 -- 4.1. Strength and Lifetime Distribution Function for Bulk (Low-Strength) Samples 185 -- 4.2. Strength and Lifetime Distribution Function of Thin (High-Strength) Polymer Films and Fibers 190 -- 4.3. Lifetime and Strength of Bulk and Thin Samples 191.

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