How to Create Uniaxial Tensile (UT) Geometry in Abaqus | 3D Deformable | (Part 1) скачать в хорошем качестве

How to Create Uniaxial Tensile (UT) Geometry in Abaqus | 3D Deformable | (Part 1)

In this video, I explain step-by-step how to draw a Dogbone geometry in Abaqus using a 3D deformable part. This is Part 1, where the focus is on geometry creation and sketching techniques. The upcoming parts of this series will cover material assignment, section definition, meshing, boundary conditions, loading, and simulation results. This tutorial is especially helpful for: Mechanical engineering students Beginners learning Abaqus Users working on fracture mechanics, tensile tests, or notch problems 📌 Software: Abaqus/CAE 📌 Model type: 3D Deformable 📌 Topic: Notch R5 geometry 🔔 Stay tuned for the next parts of this simulation series, and feel free to comment if you have questions or requests. #abaqus #finiteelementanalysis #fea #mechanicalengineering #abaqustutorial #tensilestructures #tensilestrength #tensilestructure #tensiletesting #tensile #tensilefracture #fracturemechanics #fracture #simulator #simulation #engineeringstudents #utmodeling #notchgeometry #stressconcentration #fracturemechanics #tensilespecimen #dogbonespecimen #3dmodeling #3d #sketch #geometry