This webinar shows different approaches to simulating contact in Midas FEA NX's 3D element models, various contact models, ways to define ma...
midas FEA NX: Simulate Concrete Cracking and Cracked Section Behaviors Using Various Approaches
A super quick read.
Author: JC Sun
Publish Date: 14 Apr, 2022
In this MIDAS Intro Session, our MIDAS engineer introduced approaches to simulate cracked RC sections based on AASHTO LRFD/ACI codes, the fundamental material models to simulate concrete nonlinearity, and the approaches to visualize concrete cracks in the simulation tools.
- Overview of concrete cracking behavior
- The basic assumptions of concrete crack calculations in AASHTO/ACI codes
- Simulating the effective flexural stiffness for cracked concrete walls using AASHTO/ACI codes
- Use the nonlinear concrete material property to explicitly simulate concrete cracking
- Concrete cracking direction, status, and width visualization.
For more questions, you can email JC at jsun@midasoft.com
Related Articles
Thermal Analysis,
Detailed Analysis,
Construction stage analysis,
Nonlinear analysis,
compressive strength gain,
boundary nonlinearity,
midas FEA NX,
boundary conditions,
Meshing,
Finite Element Analysis,
creep coefficient,
material nonlinearity,
heat transfer,
concrete hydration heat,
convection,
conduction,
heat of hydration
This webinar shows Midas FEA NX's capability in simulating heat transfer within the structure and the heat of hydration analysis with the ti...
What is this webinar for? This webinar will focus on the application of the finite element method in the simulation of reinforced concrete b...
Add a Comment