Abaqus Tutorial: Brinell Hardness Test Simulation | FEA in 10 Minutes скачать в хорошем качестве

Abaqus Tutorial: Brinell Hardness Test Simulation | FEA in 10 Minutes

In this Abaqus tutorial, we simulate the Brinell hardness testing method (BHN) using finite element analysis (FEA). Brinell testing is one of the most widely used techniques to determine the hardness of materials, especially metals, by analyzing the permanent indentation left by a hard steel or carbide ball under load. You'll learn how to digitally model and simulate this test in Abaqus, step-by-step—from setting up the indenter and specimen, defining contact and loads, all the way to post-processing and evaluating the indentation. Chapters: 0:00 Start 0:28 Introduction 3:10 Part Module 6:28 Property Module 8:14 Assembly Module 9:35 Step Module 10:06 Interaction Module 10:54 Load Module 12:23 Mesh Module 13:37 Job Module 14:15 Results / Visualization 🧪 What You’ll Learn: ✅ How Brinell Hardness testing works ✅ Modeling the indenter and test sample ✅ Defining nonlinear contact interactions ✅ Applying correct boundary conditions and force ✅ Visualizing permanent deformation ✅ Estimating BHN (Brinell Hardness Number) via simulation 💬 Have questions? Drop them in the comments, message me on LinkedIn, or send me an email—I’m happy to help. 📌 Subscribe for more Abaqus tutorials and engineering simulations every week! 🔗 Abaqus for Beginners    • Плейлист   🔗 Abaqus Advanced Techniques    • Плейлист   🔗 Abaqus Tips & Tricks    • Плейлист   🔗 Abaqus Fundamentals    • Плейлист   #AbaqusTutorial #BrinellHardnessTest #BHN #MaterialTesting #FEA #CAE #FEM #FiniteElementAnalysis #HardnessTest #MechanicalEngineering #MaterialsScience #EngineeringSimulation #NonlinearAnalysis #ContactSimulation #AbaqusFEA #EngineeringDesign