Trauma - An Engineering Analysis [electronic resource] : With Medical Case Studies Investigation /
Al-Obaid, Y.F.author.
Bangash, F.N.author.
Bangash, T.author.
The purpose of this book is to bring together experts from the medical and engineering fields in which trauma acts as a fulcrum in understanding the engineering approach to medical cases. The emphasis of this book is on the retrospective study of medical scenarios as seen from the engineering perspective. An in-depth study is required to ensure the accuracy of both medical and engineering data. Where static, dynamic, temperature and impact loads and velocities/accelerations are unknown; they are evaluated using the material properties and fracture geometry of case studies. From the analytical techniques, a prospective study would assist in predicting the outcome of post-trauma damage. Generally, the book covers a wide spectrum of trauma case studies and could be used in medico-legal test cases. The medical opinion can be translated into the engineering analysis there by validating or invalidating the total medical decisions. Hence the engineering profession in many simple and complicate medical test cases would assist the medical profession in providing results, thereby, cementing the bond between them on a common platform. The book can be used by engineer and medical doctors actively involved in trauma and traumatic injuries, technologist, manufacturers, mathematicians and specialists in computer aided techniques and lawyers and experts in medico-legal cases involved in areas of validation and verifications. This book is also relevant to post graduate courses in trauma, biomechanics, medical equipments manufacture and for engineers, in particular, in the fields of impact, dynamics and medical management and trauma psychology.
Description based upon print version of record.
Includes bibliographical references (p. [763]-835) and index.
Trauma and Traumatic Injuries: General Introduction -- Mechanics of Fracture and Dislocation -- Bones: Tissues and Material Properties -- Material Properties, Clinical Data on Tolerance Thresholds -- Medical Test Case Studies on Traumatic Surgeries -- Medical Devices, Surgical Equipment and Methodologies -- The Engineering Analysis of Medical Case Studies -- Traumatic Injuries, Complications, and Management -- Trauma Management, Safety, and Health.
The purpose of this book is to bring together experts from the medical and engineering fields in which trauma acts as a fulcrum in understanding the engineering approach to medical cases. The emphasis of this book is on the retrospective study of medical scenarios as seen from the engineering perspective. An in-depth study is required to ensure the accuracy of both medical and engineering data. Where static, dynamic, temperature and impact loads and velocities/accelerations are unknown; they are evaluated using the material properties and fracture geometry of case studies. From the analytical techniques, a prospective study would assist in predicting the outcome of post-trauma damage. Generally, the book covers a wide spectrum of trauma case studies and could be used in medico-legal test cases. The medical opinion can be translated into the engineering analysis there by validating or invalidating the total medical decisions. Hence the engineering profession in many simple and complicate medical test cases would assist the medical profession in providing results, thereby, cementing the bond between them on a common platform. The book can be used by engineer and medical doctors actively involved in trauma and traumatic injuries, technologist, manufacturers, mathematicians and specialists in computer aided techniques and lawyers and experts in medico-legal cases involved in areas of validation and verifications. This book is also relevant to post graduate courses in trauma, biomechanics, medical equipments manufacture and for engineers, in particular, in the fields of impact, dynamics and medical management and trauma psychology.
Biomedical engineering.
Orthopedics.
Mechanics.
Mechanics, Applied.
Materials science.
Biomedical Engineering and Bioengineering.
Orthopedics.
Solid Mechanics.
Solid Mechanics.
Characterization and Evaluation of Materials.