Biomechanics FEA: Simulating Spine Implant Surgery with ANSYS - LIVE Stream 12

00:00 - Spine Assembly Complexity and Ligaments 04:30 - Cleaning Vertebrae Geometries for Meshing 19:50 - Inserting Disc Implants and Cages 40:50 - Hyperelastic Material Models for Cartilage 51:40 - Compressive Load Application (80kg equivalent) 1:36:00 - Stress Distribution in Vertebral Endplates A production of https://expertfea.com, mail us at office@expertfea.com to get the files used in this session in exchange of a few coffees. We offer high quality ANSYS tutorials, books and Finite Element Analysis solved cases for Industry and Biomechanics. If you are interested in building and performing similar scenarios, you can download FEA files from expertfea.com to see the settings we used for materials, mesh, boundary conditions, loads, time steps etc., together with the 3D models. Keywords: SPH, Smooth Particle Hydrodynamics, fea, finite element analysis, finite element method, ansys, ansys workbench, ansys simulation, ansys fea, ansys workbench simulation, ansys workbench fea, ansys training, ansys lesson, ansys tutorial, ansys workbench training, ansys workbench lesson, ansys workbench tutorial, structural, thermal, cfd, static, steady, transient, dynamics, explicit dynamics, stress, strain, large deformation, solution, solving, solver, convergence, force, moment, velocity, displacement, temperature, heat, mode, shape, geometry, model, 2D, 3D, model, fea scenario, computation, von Mises, expert fea, fea expert, ansys online, ansys workbench online, online fea, fea report, mesh, mesh lesson, elements, nodes, plasticity, hyperelastic, hyperelasticity, mooney rivlin, steel, rubber, creep, vibration, modal, harmonic, random