Biomechanics is applied to many fields of dentistry including treatments involving the use of dental implants to provide a means for predicting the clinical outcome. Several experimental and theoretical approaches are being used to accomplish this goal. This book provides a brief guide to the apprentice, along with the most complete picture of clinical/animal/experimental biomechanical studies related to state-of-art dental implants. This book also includes a brief section related to post and core restorations.
Preface; Mechanical Properties of Bone Tissue; Animal Models for Biological/Biomechanical Assessment of Endosseous Implants; Nanotopography in Dental Implant Surfaces; Measuring Implant Stability; Animal Experimental Findings on The Effect of Mechanical Load on Peri-Implant Tissue Differentiation & Adaptation; Histologic & Histomorphometric Evaluation of Implants Retrieved from Humans; Finite Element Analysis in Dental Implant Biomechanics; Strain Measurement & Electric Resistance Strain Gauges; Photoelastic Stress Analysis; Reliability of Experimental Stress/Strain Data; Treatment Planning for Implant-Supported Fixed & Removable Prostheses; Implant Supported Fixed Partial Prosthesis:: Current Concepts & Future Directions; Biomechanics of Post & Core Restorations; Evidence Based Dentistry Hierarchy; Index.
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