Learn to model and simulate large deformation in a beam under bending using Abaqus/CAE.
This downloadable package contains a step-by-step PDF tutorial and a ready-to-run .cae file so you can reproduce the nonlinear workflow immediately.
Master the essential skill of nonlinear finite element analysis in Abaqus with this step-by-step tutorial. Learn how to accurately simulate and analyze a cantilever shell beam undergoing large deformations under a static end load-this tutorial is a fundamental scenario in structural engineering.
Package includes
- ✅ Step-by-step illustrated PDF tutorial (English)
- ✅ Ready-to-run Abaqus CAE (.cae) model file
- ✅ Instructions to generate force–displacement plots and extract nodal data
- ✅ Practical tips for nonlinear shell behavior and simulation stability
Perfect for students, researchers, and simulation engineers who want to practice real FEM workflows about simulate large deformation in Abaqus.
What you will learn
- Model a 3D shell beam for large bending deformations in Abaqus
- Define material properties (E = 30e6, ν = 0.3) and shell section (thickness = 1.0)
- Enable geometric nonlinearity (
Nlgeom) and set up a Static General step - Apply encastre boundary conditions and concentrated load (CF3) at the free end
- Mesh with quadratic S8R shell elements for accurate nonlinear response
- Run the job, query nodal displacements, and create CF3 vs U3 force–displacement curves
See more Step-by-Step Tutorial for Distributed and Concentrated Loads
Tutorial overview
This practical example covers a cantilevered sheet/beam under large tip load. The tutorial explains geometry creation, sets for edge loads,
selection of element type (S8R), meshing, step configuration with Nlgeom, and post-processing to obtain displacement and force graphs.
Who is this tutorial for?
- Engineering students and researchers learning advanced Abaqus features.
- Engineers who need to model components that bend and deform significantly.
- Any Abaqus user moving from simple linear analyses to more complex, real-world nonlinear simulations.
Product details
- Format: PDF + .cae (Abaqus CAE file) – (Both in a .rar file )
- Software: Abaqus/CAE
- Difficulty: Beginner → Intermediate (nonlinear focus)
- Category: Nonlinear Structural Simulation
- Author: Mathech – Abaqus Experts for Finite Element Simulation
Why this tutorial?
Developed by Abaqus specialists. Includes both learning material and a runnable model so you can test, modify, and learn from a real nonlinear example.
implement complex material models, and optimize your FEA workflow for accurate results.
CAE Assistant –
This free tutorial package is an introduction to beams in Abaqus.
thank you for sharing this .