Titlebook: Micro-computed Tomography (micro-CT) in Medicine and Engineering; Kaan Orhan Book 2020 Springer Nature Switzerland AG 2020 Computed tomogr

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Analysis of Fracture Callus Mechanical Properties Using Micro-CT,that have revolutionary quality have been presented for scientific researches within the features that are operating principle of micro-computed tomography (micro-CT), image quality, and three-dimensional reconstruction. In bone researches, samples in certain size are transferred to the computer env

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Micro-CT in Osteoporosis Research,d with micro-CT. The description of the most common models and research directions is helpful in reviewing this complex research field. An experimental model of osteoporosis was conducted to evaluate the effect of different medications on osteoporosis which were scanned and evaluated with micro-CT.

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CHASE

Micro-CT in Artificial Tissues,the reconstruction of an (N) dimensional object might be obtained from the (N-1) dimensional projections of the same object. As the general structure, the micro-CT (microcomputed tomography) is similar to computed tomography. Computed tomography was invented in 1972 by engineer Godfrey Hounsfield an

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Application of Micro-CT in Soft Tissue Specimen Imaging,ructures; generally useful methods for micro-CT imaging for comparative, functional studies of morphology are still in process. Overall visualization of soft tissue has proven to be possible, along with versatile staining methods, tissue fixation, and sample preparation. This chapter focuses mainly

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Applications of Micro-CT in Cardiovascular Engineering and Bio-inspired Design,view focuses on cardiovascular applications of micro-CT and presents some of our cardiovascular device scans and animal model scans with corresponding reconstructions. After scanning with micro-CT, a 3D geometry is obtained, and a computational fluid dynamics (CFD) model can be studied to examine th

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Applications of Micro-CT Technology in Endodontics,ts study and practice encompass the basic and clinical sciences, including the biology of the normal pulp and the etiology, diagnosis, prevention, and treatment of diseases and injuries of the pulp and associated periradicular conditions. Recent technological advancements have allowed several method

ETCH

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Challenges in Micro-CT Characterization of Composites, inside materials and its impact on the mechanical behavior of composites. This chapter focuses on the localization and the quantitative investigation of processing related anomalies like pore formation, sticking, and spreading of tows during a vacuum infusion process of glass fiber unidirectional n

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Modeling and Mechanical Analysis Considerations of Structures Based on Micro-CT, known methods. In this context, the computerized tomography assisted reverse engineering methods used in studies considering the physical properties of structures have begun to find an increasing use area in today’s world since it allows the structures to be examined and reconstructed in different