Anatomy, Modeling and Biomaterial Fabrication for Dental and Maxillofacial Applications

Name: Anatomy, Modeling and Biomaterial Fabrication for Dental and Maxillofacial Applications
Brand: Bentham Science Publishers
Price: 81.91 EUR
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Andy Choi(Autor*in)

Bentham Science Publishers

1. Auflage

Erschienen am 24. Mai 2018

280 Seiten

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Inhalt

Intro
CONTENTS
FOREWORD
PREFACE
ACKNOWLEDGEMENTS
CONFLICT OF INTEREST
DEDICATION
PART I: DENTAL IMPLANTS AND HUMAN ANATOMY
Introduction
Bone Structure
2.1. PHYSICAL AND MECHANICAL PROPERTIES
2.2. REGIONAL VARIATIONS
Functional Anatomy of the Skull
3.1. TOOTH AND DENTITION
3.2. CRANIUM
3.3. MANDIBLE
3.4. TEMPOROMANDIBULAR JOINT (TMJ)
3.5. MUSCLES OF MASTICATION
3.5.1. Masseter
3.5.2. Temporalis
3.5.3. Medial (Internal) Pterygoid
3.5.4. Lateral (External) Pterygoid
3.5.5. Other Muscles (The Digastric Muscle)
PART II: MATHEMATICAL MODELING
Introduction
4.1. BIOMECHANICS OF THE TEMPOROMANDIBULAR JOINT
4.2. MASTICATION
4.3. THE CHEWING STROKE
4.4. TOOTH CONTACTS DURING MASTICATION
4.5. FORCES OF MASTICATION
Biomechanics of the Mandible
5.1. NON-LEVER ACTION HYPOTHESES
5.2. MANDIBULAR MOVEMENT
5.2.1. Mandibular Rest Position
5.2.2. Opening Movement
5.2.3. Protrusive Mandibular Movement
5.2.4. Laterotrusive Mandibular Movement
5.2.5. Retrusive Mandibular Movement
5.2.6. Closing Movement
Mathematical Analysis of the Mandible
6.1. ANALYSIS BY BARBENEL
6.1.1. Forces Due to Muscle Action
6.1.2. Forces Due to Occlusal Load
6.1.3. The Force at the TMJ
6.2. ANALYSIS BY PRUIM, DE JONGH, TEN BOSCH
6.3. ANALYSIS BY THROCKMORTON AND THROCKMORTON
PART III: COMPUTATIONAL MODELING
Finite Element Method
7.1. SUMMARY OF FINITE ELEMENT HISTORY
7.2. THE BASICS
7.3. GENERAL PRINCIPLES
7.4. MODEL CONSTRUCTION
7.5. ADVANTAGES AND DISADVANTAGES
7.6. THE ELEMENT CHARACTERISTIC MATRIX
7.7. MATERIAL PROPERTIES
7.8. NON-LINEAR ANALYSIS
7.9. CONVERGENCE TEST
Patient Matching
8.1. MODEL DEVELOPMENT
8.2. MATERIAL PROPERTIES
8.3. MUSCLE FORCES AND OTHER BOUNDARY CONDITIONS
8.4. APPLICATIONS
Bone Fracture Healing
9.1. BONE REMODELING PROCESS
9.2. CURRENT DEVELOPMENT
Bone Remodeling - Dental Implants
10.1. STRAIN ENERGY DENSITY
10.2. STANFORD THEORY
10.3. ADAPTIVE BONE REMODELING
10.4. BONE-IMPLANT NANOINTERACTION
PART IV: BIOMATERIAL PRODUCTION AND SURFACE MODIFICATION
Dental Bioceramics
11.1. MEDICAL-GRADE BIOCERAMICS
11.2. NANOBIOCERAMICS AND NANOCOMPOSITES
11.3. CURRENT PRODUCTION TECHNIQUE
11.3.1. Computer-Assisted Design and Manufacturing
11.3.2. Three-Dimensional (3-D) Printing
11.4. CALCIUM PHOSPHATE
11.5. ZIRCONIA
11.6. ALUMINA
11.7. BIOACTIVE GLASS
11.7.1. Glass-to-Bone: Bonding
11.7.2. Glass-to-Bone: Interfacial Bond Strength
11.7.3. Bioactivity of the Glass
11.7.4. Bioactive Glass: Production Method
11.7.4.1. Flame Spray or Gas Phase Synthesis of Glass Nanoparticles
11.7.4.2. Laser Spinning Technique
11.7.4.3. Micro-Emulsions
11.7.4.4. Sol-Gel
11.7.4.5. Bioactive Glass Composites
11.7.5. Biomedical Applications
11.7.5.1. Treatment of Dentin Hypersensitivity
11.7.5.2. Maxillofacial and Ear, Nose, and Throat
Bone Tissue Engineering and Scaffolds
12.1. CALCIUM PHOSPHATE
12.1.1. Nanocoated Coralline Apatite
12.1.2. Liposomes
12.2. BIOGLASS
Surface Modifications
13.1. NANOCOATINGS: DEFINITION
13.2. BIOCERAMIC COATINGS: PRODUCTION METHOD
13.2.1. Plasma Spraying
13.2.2. Sol-Gel
13.2.2.1. The Basics
13.2.2.2. Alkoxide Route
13.2.2.3. Dip Coating
13.2.2.4. Spin Coating
13.2.3. Plasma Sprayed Coating and Sol-Gel Nanocoating: Comparison
13.3. MULTI-FUNCTIONAL NANOCOMPOSITE COATINGS
13.3.1. Applications of Biological Materials
13.3.1.1. Stem Cells
13.3.1.2. Collagen
13.3.1.3. Bone Morphogenetic Proteins
13.3.1.4. Peptides
13.3.2. Drug Delivery
13.4. MECHANICAL EXAMINATIONS OF MICRO- AND NANOCOATINGS
13.4.1. Interfacial Adhesion of a Coating-Substrate System
13.4.2. Adhesion Based on Mechanical Theory
13.4.2.1. Nanocoating and Surface Topography
13.4.2.2. Anodizing Process
13.4.3. Other Adhesion Theories
13.4.4. Stresses in Coatings
13.4.5. Adhesion and Mechanical Testing Techniques
13.4.5.1. Scratch Testing
13.4.5.2. Tensile Pull-Off and Shear Testing
13.4.5.3. Bulge and Blister Test
13.4.5.4. In Situ Microtensile Test
13.4.5.5. Bend Delamination Test
13.4.5.6. Instrumented Nanoindentation
13.4.5.7. Finite Element Indentation Testing
13.4.5.8. Finite Element Adhesion Testing
CONCLUDING REMARKS
GLOSSARY
DEFINITIONS AND ABBREVIATIONS
REFERENCES
SUBJECT INDEX

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