Modeling Strike-Slip Faults with Abaqus | Finite Element Earthquake Simulation скачать в хорошем качестве

Modeling Strike-Slip Faults with Abaqus | Finite Element Earthquake Simulation

In this video, I demonstrate strike-slip fault modeling using Abaqus through a finite element method (FEM) framework to simulate tectonic deformation and fault mechanics associated with a boundary condition. This tutorial walks through the numerical setup of a strike-slip fault, including geometry, boundary conditions, material properties (uni material here), and fault kinematics, providing insight into how elastic deformation and displacement fields evolve during fault motion. The approach is suitable for tectonic studies, earthquake mechanics, and crustal deformation modeling. 🔍 What you’ll learn in this video: How to build a uni-material strike-slip fault model in Abaqus Finite Element Method (FEM) concepts applied to fault mechanics Defining boundary conditions Simulating crustal deformation related to earthquakes Interpreting displacement and stress patterns in strike-slip systems This video is useful for: Geophysics & Seismology students GNSS and crustal deformation researchers Earthquake and fault mechanics modeling Abaqus users in geoscience applications If you’re working on earthquake modeling, tectonic deformation, or FEM simulations in geophysics, this video provides a clear and practical example of strike-slip fault simulation. 👍 If you find this helpful, please like, subscribe, and share to support more geophysics and FEM modeling content. #StrikeSlipFault #Abaqus #FiniteElementMethod #EarthquakeModeling #FaultMechanics #Geophysics #Seismology #CrustalDeformation #FEM #Tectonics #EarthScience #GNSS