Fundamentals of Biomaterials: A Supplementary Textbook

Description

This book encompasses Materials Engineering with Medical Science which introduces the depth of knowledge from beginning with relevant fundamentals. This book fills the void which comprises a broad range of Materials Engineering with Medical science, from atomic physics to histology. This book greatly benefits towards those engineering students who are least familiar with biological science as well as medical science. Preface Acknowledgments Contents About the Authors 1 Introduction 1.1 What Are Biomaterials 1.2 What Are Types of Materials 1.3 Biomaterials and Biocompatibility 1.4 What Are the Different Types of Biomaterials 1.5 Basic Properties of Biomaterials 1.6 Biomaterials Characterization 1.7 Summary 2 Atomic Structure 2.1 Explain Fundamental Concept of Atomic Structure (Theraja, 2000) From Modern Physics Aspects 2.2 Explain Various Aspects of Electron Configuration of Atoms (Theraja, 2000) From Quantum Mechanics Point of View 3 Crystallography 3.1 Explain Fundamental Concept of Crystal Structure (Theraja, 2000 and Avner, 1997) From Materials Scinece Aspects 3.2 Explain Various Aspects in  Mechanism of Crystallization (Avner, 1997) From Materials Scinece Point of View 3.3 Explain Various Aspects of  Crystal Imperfections (Avner, 1997) From Materials Scinece Point of View 3.4 Explain Various Aspects of Grain Size Including Measurement Methods (Avner, 1997) From Materials Scinece Point of View 4 Bonds in Solids 4.1 Explain Basic Concept of  Bonds in Solids (Theraja, 2000) Applicable to Biomaterial 5 Basic Materials Science 5.1 Describe Schematically The Types or Alloy i.e. Consitution of Alloy 5.2 Describe Basic Concept and Various Aspects of  Alloy (Avner, 1997) For A  Common Biomaterial 6 Phase Diagrams 6.1 Describe Basic Concept of  Phase Diagram (Avner, 1997) for Common Biomaterial 6.2 Describe Basic Concept of  Various Phases for a Common Biomaterial (The Iron-Iron Carbide Equilibrium Diagram (Avner, 1997)) 6.3 Clasify Various Types of Steel with Alloying Effects [Avner, 1997] As A Common Biomaterial 7 Mechanical Properties and Testing 7.1 Describe Basic Mechanical Properties and Testing Aspects for a Common Biomaterial 8 Surface Engineering 8.1 Explain Various Aspects of Surface Engineering in Common Biomaterials 9 Corrosion Engineering and Biomaterial Corrosion 9.1 Explain Various Aspects of Corrosion Engineering in Common Biomaterials i.e. Metallic Biomaterials 10 Heat Treatment 10.1 Describe Various Heat Treatment Aspects for a Common Biomaterial 11 Solution Chemistry and Chemical Reaction 11.1 Chemistry of Solution 12 Basic Human Biology in Terms of Anatomy and Histology 12.1 Describe A Common Masculoskeletal System From Biomaterials Application Aspects (Anatomy of Knee) 12.2 Name Various Types of Proteins and Describe Common Terminology of Basic Histology 13 Biomaterials Cell Testing and Charactersitation 13.1 Show an example of In-Vitro Testing through Human Cell Reference 14 Biomaterials and Their Properties 14.1 Describe Properties of  a very common biomaterial (Titanium) 14.2 Describe Properties of an advanced biomaterial (Niobium) 15 Application to Biomaterials 15.1 Introduction 15.2 What Are the Basic Features Required for the Biomaterial 15.3 Materials Used as Biomaterials 15.3.1 Ceramics 15.3.2 Polymers 15.3.3 Natural Polymers 15.3.4 Synthetic Polymers 15.3.5 Metals 15.3.6 Composites 15.4 Applications of Biomaterials 15.4.1 Dental Application 15.4.2 Regenerative Medicines 15.4.3 Tissue Engineering 15.4.4 Wound Healing 15.4.5 Drug Delivery 15.4.6 Other Applications 15.5 Conclusion References