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Discover a powerful Abaqus additive manufacturing technique you’re probably not using—but should be. In this Abaqus tutorial, we simulate a realistic additive manufacturing layer-by-layer heat deposition process in Abaqus without writing a single subroutine. You’ll learn how to create a substrate and additive layer, assign temperature-dependent properties, mesh with precision, define birth and death steps, and apply moving Gaussian heat flux using local coordinates in Abaqus. This advanced yet accessible technique replicates the additive manufacturing process with high accuracy, revealing residual stresses, thermal gradients, and molten pool evolution in the Abaqus. If you’re serious about improving your Abaqus additive manufacturing simulations in, don’t miss this step-by-step guide. 👉 Want to learn Vickers indentation in ABAQUS? so check this: • Improve Micro Indentation in Abaqus: Try T... VIDEOS TO WATCH NEXT: Tensile Shear in spot weld: • Enhance Welding Simulation in Abaqus with ... Tensile Test Simulation: • ABAQUS tutorial: Tensile test simulation u... ------------------------------------------------------------------------- ➡️Hardness test simulation: • Improve Micro Indentation in Abaqus: Try T... -------------------------------------------------------------------------- Inquiries: [email protected] --------------------------------------------------------------------------- Video Chapters: 00:00 – Introduction 00:27 – Part Creation 01:31 – Partitioning the Model 02:00 – Defining Material Properties 04:15 – Assembly 05:47 – Meshing 10:02 – Step Creation 11:10 – Interaction 14:24 – Boundary Conditions and Loading 16:49 – Finalizing the model 17:47 – Running the Job 18:04 – Results Visualization 19:11 – Plotting Temperature vs time Curve 19:40 – Outro ----------------------------------------------------------------------------------------------------------------------- #abaqustutorial #AdditiveManufacturing #3DPrintingSimulation #abaqussimulation #AbaqusTutorial #FiniteElementAnalysis #AbaqusForBeginners #LayeredManufacturing #AbaqusAdditiveManufacturing #ManufacturingSimulation #3DPrinting #MaterialDeposition #ThermalSimulation #StressAnalysis #AbaqusTips #SimulationTechniques #AbaqusModeling #AdvancedManufacturing #3DPrintingAnalysis #ManufacturingOptimization #Abaqus3DPrinting #AbaqusWorkflow #EngineeringSimulation #FEA