Adhesion measurement methods : theory and practice /: theory and practice. (2006)

• Record Type: Book
• Further Information: Note: Robert Lacombe.
• Other Names: Lacombe, Robert, 1945-
• Contents: INTRODUCTION; Overview; What Is Adhesion and Can It Be Measured?; Definition A: Criteria for a Truly Useful Definition of the Term Adhesion; Definition B: Adhesion; Comments on Nomenclature and Usage; References; ; OVERVIEW OF MOST COMMON ADHESION MEASUREMENT METHODS; Preamble; Peel Test; Introduction; Advantages of the Peel Test; Disadvantages of the Peel Test; Summary and Recommendations; 2.3 Tape Peel Test; Introduction; Advantages of the Tape Peel Test; Disadvantages of the Tape Peel Test; Summary and Recommendations; Pull Test; Introduction; Advantages of the Pull Test; Disadvantages of the Pull Test; Summary and Recommendations; Indentation Debonding Test; Introduction; Advantages of the Indentation Debonding Test; Disadvantages of the Indentation Debonding Test; Summary and Recommendations; Scratch Test; Introduction; Advantages of the Scratch Test; Disadvantages of the Scratch Test ; Summary and Recommendations; Blister Test; Introduction; Advantages of the Blister Test; Disadvantages of the Blister Test; Summary and Recommendations; Beam-Bending Tests; Introduction; Three-Point Bend Test; Four-Point Bend Test; Standard Double Cantilevered Beam Test; Tapered Double Cantilevered Beam Test; Double-Cleavage Drilled Compression Test; Brazil Nut Test; Wedge Test; Topple Beam Test; Advantages of Beam-Bending Tests; Disadvantages of Beam-Bending Tests; Summary and Recommendations; Self-Loading Tests; Circle Cut Test; Modified Edge Liftoff Test; Microstrip Test; Advantages of Self-Loading Tests; Disadvantages of Self-Loading Tests; Summary and Recommendations; More Exotic Adhesion Measurement Methods; Laser Spallation: Early Work; Later Refined Experiments; Laser-Induced Decohesion Spectroscopy Experiment; Advantages of Laser Spallation Tests; Disadvantages of Laser Spallation Test; Summary and Recommendations; Electromagnetic Test; Advantages of the Electromagnetic Test; Disadvantages of the Electromagnetic Test; Summary and Recommendations; Nondestructive Tests; Dynamic Modulus Test; Advantages of the Dynamic Modulus Test; Disdvantages of the Dynamic Modulus Test; Summary and Recommendations; Surface Acoustic Waves Test; Advantages of the Surface Acoustic Waves Test; Disadvantages of the Surface Acoustic Waves Test; Summary and Recommendations; Notes; ; THEORETICAL FOUNDATIONS OF QUANTITATIVE ADHESION MEASUREMENT METHODS; Introduction to Continuum Theory; Concept of Stress in Solids; Special Stress States and Stress Conditions; Equation of Motion in Solids; Deformation and Strain; Constitutive Relations or Connecting the Stress to the Strain; Examples; Simple Deformations; Solving the Field Equations; Uniaxial Tension; Biaxial Tension; Triaxial Stress Case; Application to Simple Beams; General Methods for Solving Field Equations of Elasticity; Displacement Formulation; Stress Formulation; Mixed Formulation; Numerical Methods; Introduction; Detailed Stress Behavior of a Flexible Coating on a Rigid Disk; Strain Energy Principles; The Marvelous Mysterious J Integral; Summary; Notes; ; ELEMENTARY FRACTURE MECHANICS OF SOLIDS: APPLICATION TO PROBLEMS OF ADHESION; Introduction; Introductory Concepts; Fracture Mechanics as Applied to Problems of Adhesion; Elementary Computational Methods; Decohesion Number Approach of Suo and Hutchinson; Back-of-the-Envelope Calculations; Summary; Notes; ; APPLIED ADHESION TESTING; The Peel Test; Sample Preparation; Test Equipment; Peel Testing in Action; Advanced Peel Testing; Thermodynamics of the Peel Test; Deformation Calorimetry; Fully Quantitative Peel Testing; Earliest Work, Elastic Analysis; Elastic-Plastic Analysis; Full Elastic-Plastic Analysis; The Scratch/Cut Test; The Cut Test; Simplified Analytical Model for Cut Test; The Pull Test; Summary; Notes; ; ADHESION ASPECTS OF COATING AND THIN FILM STRESSES; Introduction; General Measurement Methods for Thin Films and Coatings; Cantilevered Beam Method; Variations on Bending Beam Approach; Optical Measurement of Deflection; X-ray Measurements; Ultrasonics; Photoelasticity; Strain Relief Methods; Magnetics; Raman Spectroscopy; Miscellaneous Methods; Summary; References; ; CASE STUDIES FROM THE FIELD; A Study in Adhesion Sensitivity to Contamination; Case of the Improperly Cured Film; Case of the Stressed Pin; Stability Maps; Summary; Notes; ; Appendix A: Vectors and Vector Calculus; Appendix B: Notes on Elementary Strength of Materials (SOM) Theory; Appendix C: Material Property Data for Selected Substances ; Appendix D: Driving Force Formulae for a Variety of Laminate Structures; Appendix E: Selected References and Commentary on Adhesion Measurement and Film Stress Literature; Appendix F: General Adhesion Measurement References
• Publisher Details: Boca Raton, FL : CRC/Taylor & Francis
• Publication Date: 2006
• Extent: 1 online resource (439 pages), illustrations
• Subjects: 620.1/1292; Adhesion -- Measurement; Adhesion -- Testing; SCIENCE -- Nanoscience; Adhesiveness; Electronic books
• Languages: English
• ISBNs: 0824753615; 9780824753610; 1420028820; 9781420028829
• Notes: Note: Includes bibliographical references and index.
• Access Rights: Legal Deposit; Only available on premises controlled by the deposit library and to one user at any one time; The Legal Deposit Libraries (Non-Print Works) Regulations (UK).
• Access Usage: Restricted: Printing from this resource is governed by The Legal Deposit Libraries (Non-Print Works) Regulations (UK) and UK copyright law currently in force.