Mechanical Testing of Bone and the Bone-Implant Interface  book cover
1st Edition

Mechanical Testing of Bone and the Bone-Implant Interface

ISBN 9780849302664
Published November 29, 1999 by CRC Press
648 Pages

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Book Description

The mechanical properties of whole bones, bone tissue, and the bone-implant interfaces are as important as their morphological and structural aspects. Mechanical Testing of Bone and the Bone-Implant Interface helps you assess these properties by explaining how to do mechanical testing of bone and the bone-implant interface for bone-related research.
Articles explore the basic mechanical principles of bone-related study and how to conduct mechanical testing of bone specimens. More practical than theoretical, the text includes 42 chapters in three sections that cover mechanical properties of bone, general considerations of mechanical testing, basic facilities and instruments for mechanical testing; mechanical testing procedures on bone tissues; and mechanical testing procedures on the implant-bone interface. There are approximately three hundred illustrations, including line drawings, diagrams, tables, and photographs.
Mechanical Testing of Bone and the Bone-Implant Interface is the most concise, straightforward, and in-depth treatment ever to be published - long needed by the orthopedic and bone research communities.

Table of Contents

Basic Composition and Structure of Bone
-E. Bonucci
Basic Concepts of Mechanical Property Measurement and Bone Biomechanics
-Y. H. An and W. R. Barfield and R. A. Draughn
Mechanical Properties of Bone
-Y.H. An
Factors Affecting Mechanical Properties of Bone
-P. Zioupos, C. W. Smith, and Y. H. An
Basic Facilities and Instruments for Mechanical Testing of Bone
-C.V. Bensen and Y.H. An
Methods of Evaluation for Bone Dimensions, Densities, , Morphology, and Structures
-Y.H. An, W. R. Barfield and I. Knets
General Considerations of Mechanical Testing
-Y.H. An and C.V. Bensen
A Hierarchical Approach to Exploring Bone Mechanical Properties
-C. E. Hoffler, B. R. McCreadie, E. A. Smith, and S. A. Goldstein
Nondestructive Mechanical Testing of Cancellous Bone
-F. Linde and I. Hvid
Synthetic Materials and Structures Used as Models for Bone
-J. A. Szivek
Tensile and Compression Testing of Bone
-T. S. Keller and M. A. Liebschner
Bending Tests of Bone
-M. J. Lopez and M. D. Markel
Torsional Testing of Bone
-B. Furman and S. Saha
Indentation Testing of Bone
-B. E. McKoy, Q. Kang and Y. H. An
Penetration Testing of Bone Using an Osteopenetrometer
-I. Hvid and F. Linde
Microhardness Testing of Bone
-S. S. Huja, T. R. Katona, and W. E. Roberts
Nanoindentation Testing of Bone
-J. Y. Rho and G. M. Pharr
Single Osteon Micromechanical Testing
-M. G. Ascenzi, A. Benvenuti, and A. Ascenzi
Micromechanical Testing of Single Trabeculae
-P. L. Mente
Strain Gauge Measurements from Bone Surfaces
-J. A. Szivek and V. M. Gharpuray
Screw Pullout Test for Evaluating Mechanical Properties of Bone
-M. S. Crum, F. A. Young, Jr., and Y. H. An
Viscoelastic Properties of Bone and Testing Methods
-N. Sasaki
Observation of Material Failure Mode Using a SEM with a Built-in Mechanical Testing Device
-R. M. Wang and Y. H. An
Ultrasonic Methods for Evaluating Mechanical Properties of Bone
-J. Y. Rho
Evaluating Mechanical Properties of Bone Using Scanning Acoustic Microscopy
-C. H. Turner and J. L. Katz
Peripheral Quantitative Computed Tomography for Evaluating Structural and Mechanical Properties of Small Bone
-J. L. Ferretti
Computer Modeling for Evaluating Trabecular Bone Mechanics
-R. Saxena and T. S. Keller
Factors Affecting the Strength of the Bone-Implant Interface
-B. E. McKoy, Y. H. An and R. J. Friedman
Implant Pushout and Pullout Test
-A. Berzins and D. R. Sumner
The Validity of a Single Pushout Test
-W. J. A. Dhert and J. A. Jansen
Tensile Testing of Bone-Implant Interface
-T. Nakamura and S. Nishiguchi
Fracture Toughness Tests of the Bone-Implant Interface
-X. Wang, K. A. Athanasiou, and C. M. Agrawal
In Vitro Measurements of Implant Stability
-A. Berzins and D. Sumner
In Vitro Testing of the Stability of Acetabular Components
-J. R. Davis, R. A. Lofthouse, and R. H. Jinnah
In Vitro Testing of the Stability of Femoral Components
-S. H. Naidu, F. M. Khoury and J. M. Cuckler
Screw Pullout Test
-L. A. Ferrara and T. C. Ryken
Finite Element Analysis for Evaluating Mechanical Properties of the Bone-Implant Interface
-K. R. Williams
Fatigue Testing of Bioabsorbable Screws in a Synthetic Bone Substrate
-W. S. Pietrzak, D. R. Sarver, and D. H. Kohn
Testing Intervertebral Stability after Spinal Fixation
-K. S. James and A. U. Daniels

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