At Abaqus Projects Cat, we empower engineers, researchers, students, and simulation enthusiasts with ready-to-use, meticulously crafted Abaqus projects tailored to streamline your finite element analysis (FEA) and computational modeling workflows
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Abaqus Tutorial and CAE File: Large Deformation Analysis of a Beam Under Bending
Free Download Add to cartMaster large deformation bending analysis in Abaqus with this step-by-step PDF tutorial and ready-to-run CAE file. Includes nonlinear setup, shell modeling, meshing, and force–displacement curves.
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Disc Brake Thermal-Stress Analysis in Abaqus
Free Download Add to cartUnderstanding how disc brakes respond to heat and stress is essential to avoid material failure, warping, or decreased braking efficiency.
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Step by Step Analysis of a Composite Sheet in Abaqus
Free Download Add to cartLearn to model composite sheets in Abaqus with this step-by-step guide. Set up layers, define materials, assign orientations, and analyze results. Perfect for simulating composite structures.
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Single-Pass Welding Simulation in Abaqus Using Birth and Death Method
Free Download Add to cartLearn to accurately simulate the thermo-mechanical process of single-pass welding on a flat plate. This step-by-step guide teaches you how to use the “Birth and Death” (Element Activation) technique to model material deposition and implement a custom Fortran DFLUX subroutine to define your moving heat source. Perfect for predicting welding-induced distortions and residual stresses with professional accuracy.
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Abaqus Tutorial: Step-by-Step Guide to Simulate Steel Ball Impact on Aluminum Plate
Free Download Add to cartNeed to simulate high-impact events? This Abaqus tutorial provides a clear workflow for analyzing a steel ball’s impact on an aluminum plate. Learn essential explicit dynamics techniques to predict deformation, plastic strain, and impact forces reliably.
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Crack propagation Analysis in a plate Using Abaqus
Free Download Add to cartLearn to simulate crack growth in a metal plate using Abaqus. This guide shows step-by-step methods to model crack propagation, analyze stress fields, and predict structural failure in engineering components.
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Abaqus Heat Transfer Tutorial Step By Step
Free Download Add to cartHeat transfer problems of a The thin “L‐shaped” steel part solved using the energy balance equation and constitutive laws in Abaqus.
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XFEM Crack Growth Simulation in Steel using Abaqus | MaxPE Damage Model
Original price was: $ 20,0.$ 4,0Current price is: $ 4,0. Add to cartThis guide shows how to simulate crack growth in a steel part using the Maxpe method in Abaqus. It provides step-by-step instructions for setting up the model, applying loads, and analyzing the results. Learn to predict crack propagation and improve your fracture mechanics analysis.
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Abaqus Tutorial and CAE File: T-Shaped Bridge Structure Beam Analysis
Free Download Add to cartMaster T-shaped bridge beam analysis in Abaqus with this step-by-step tutorial and ready-to-run CAE file. Learn modeling, meshing, and load simulation easily.
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Beam Analysis in Abaqus: Step-by-Step Tutorial for Distributed and Concentrated Loads
Free Download Add to cartA step-by-step tutorial for simulating beams under load in Abaqus. Learn to model concentrated and distributed loads, set up supports, and extract key results like bending stress and deflection.
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Comparison Linear VS Non-Linear Material Properties in Abaqus
Free Download Add to cartIn this tutorial we will be comparing Linear and Non-Linear material properties in Abaqus software. First we will create the Linear material properties as we have previously then add in the Non-Linear properties later in the simulation. This file contains Step by Step simulation guide in Abaqus and Step file also
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Simulation a composite wing panel in Abaqus
Free Download Add to cartIn this tutorial, you will modify a structural model of a wing panel in Abaqus to define the material properties including the ply failure parameters . You will then perform a static analysis and visualize the simulation of the damage propagation with Abaqus/Viewer.












