Biliary Tract and Gallbladder Biomechanical Modelling with Physiological and Clinical Elements

1. Physiology of the human biliary system 2. 1D Models of Newtonian Bile Flow in the Biliary Tract 3. 1D Models of Non-Newtonian Bile Flow 4. 1D Dimensionless FSI and 3D FSI of the CD 5. Biomechanical Model for GB Pain 6. Passive and Active Stresses in GB Wall 7. Cross-Bridges of GB Smooth Muscle Contraction 8. Quasi-Nonlinear Analysis of Anisotropic GB Wall 9. Fully Non-linear Analysis of GB Wall 10. Heterogeneous Biomechanical Behaviour of GB Wall 11. Modelling Viscous Pressure-Volume Curve of GB 12. Constitutive Law of GB Walls with Damage Effect 13. GB 3D Models from Ultrasound Images 14. Fluid Mechanics of Bile Flow in Biliary Drainage Catheters

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• Matemática aplicada
• Engenharia mecânica
• Engenharia química
• Biotecnologia
• Fisiológico e neuro-psicologia, biopsicologia
• Mecânica dos fluidos
• Ciência ambiental, engenharia e tecnologia
• Engenharia biomédica
• Engenharia: geral
• Biomecânica, cinética humana

GB Wall;Biomechanics;GB Volume;Applied mathematics;Bile Flow Rate;Mechanical Engineering;Bile Flow;biliary tract;GB Wall Thickness;Gallstone;Newtonian Bile;Gallbladder biomechanical modelling;Darcy Friction Factor;Physiological information;Strain Energy Function;Clinical diagnosis;Pressure Drop;Baffle Height;Biomechanical mechanisms;Trust Region Reflective Algorithm;Pressure Volume Curve;Young's Modulus Ratio;Ellipsoid Model;Rigid Wall Model;GB Emptying;Gallstone Formation;CCK Concentration;Finite Difference Method;Isometric Contraction;Upwind Scheme;Bile Stasis;Windkessel Model;Short Axis Cross Sections