Titlebook: Developments and Novel Approaches in Biomechanics and Metamaterials; Bilen Emek Abali,Ivan Giorgio Book 2020 Springer Nature Switzerland A

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Data-Driven Simulation for Augmented Surgeryues, that allow to keep control over the underlying computational model while allowing for inputs from the real world. Based on . knowledge of the mechanical behavior of the considered organ, we select a constitutive law to model its deformations. The predictive power of such constitutive law highly

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Non-Linear or Quasi-Linear Viscoelastic Property of Blood for Hemodynamic Simulationsork implemented the viscoelastic property of blood, in UDFs of Ansys. software, in order to simulate the most accurate hemodynamics. Afterwards, the velocity contours, in the middle plane of a 3D idealized coronary artery, were obtained considering the purely shear-thinning model, Carreau model, and

Aspiration

圖畫文字

A Method for the Quantification of Architectural Anisotropy in Cancellous Bone Samples Using CT Imagbinarized CT images, on the use of a projector on the directing vectors of the skeletal rods and finally on the 3D surface analysis of the distribution of the orientations and lengths of the rods. The method introduced has made it possible to obtain the preferred directions of 52 samples of bovine c

municipality

A Model of Integrin and VEGF Receptors Recruitment on Endothelial CellsGFR-2 and . integrin membrane dynamics by a multi-physics model, to identify how ligands stimulation induces the polarization of receptors in cell protrusions and in the basal aspect of ECs plated on a ligand-enriched ECM. The research for new anti-angiogenic solutions through the controlled activat

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Designing Optimal Scaffold Topographies to Promote Nucleus-Guided Mechanosensitive Cell Migration Uscleus mechanosensitivity, which has been tested extensively experimentally and computationally. We now explore the hypothesis that nucleosensitivity could be a mechanism for cells to optimally find microenvironments suited for mitosis, providing mechanical stability and relaxation. By means of a com

Neutropenia

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Plane Waves Transmission and Reflection at the Interface Between Thermoelastic Continua in Absence oobtain that these amplitude ratios depend on the elastic stiffness, the magnetic field and on the thermal properties of the considered bodies. Also the case of stress-free boundary has been considered. The effect of the magnetic and rotation fields is investigated via suitable numerical computations

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