Comprehensive Abaqus Package Chapter 16: Concrete Analysis (Preview)

This is a preview of Chapter 16 including several sections of the complete premium tutorial.
Our telegram channel for Abaqus and Q&A: t.me/abaqus_asist
Our Telegram channel for FFS, Structure Integrity and the analysis of fixed equipment:
t.me/ffs_asme_...
Our LinkedIn page: / amirhossein-mirzabozor...
If you want to be informed about our 50% discount codes and other announcements, join our Telegram channel or follow us in LinkedIn.
contact info for using our services:
[e-mail]
Comprehensive Abaqus Package:
• Comprehensive Abaqus P...
Including 39 hours of step-by-step tutorials.
Price of Chapter 16: 30 EUR (must be paid by the PayPal or other payment methods according to your country)
Duration of Chapter 16: 3 hours and 30 minutes
Don’t hesitate to ask any questions you might have about the explanations presented in this video using the comments below. We try to answer all questions regarding the video details in the comments below.
The Comprehensive Abaqus Package consists of sixteen chapters. The package suits engineers from different backgrounds, including Mechanical, Aerospace, Civil, Metallurgy, and Textile engineering.
Studying this package doesn’t need any prerequisites.
Also, you can purchase each of its chapters individually.
Even you can ask for a customized package corresponding to your project or thesis.
The Comprehensive Abaqus Package allows beginners and intermediate users to become general FE analysts and prepare for related occupations.
Each of the mentioned packages and individual chapters includes:
- CAE, JNL and INP files
- Step-by-step tutorials with detailed explanations and investigation of the results
- Slides and reference papers and standards
Also, you can pay the cost of the mentioned packages in 2, 3 or 4 installments according to your budget or income.
Chapter 12 cannot be purchased separately. If you buy any other chapters, also you will have access to chapter 12's files.
In the future, updates will be provided for free for everybody who purchases each chapter or each package.
The cost of each chapter or package will increase after each update for new buyers. But those who purchase the package would have endless access to all the upcoming updates.
This will make the content up to date for new needs and new problems which must be solved via FE simulation.
Table of content:
- Models for describing the mechanical behavior of concrete
- Popovic’s model
- Shima’s model
- Material models to analyze mechanical behavior of concrete in Abaqus
- CDP model parameters
- Defining the plastic and damage behaviors of CDP model
- Compression test simulation using cylindrical specimen
- Model’s characteristics
- Modeling procedure using the Explicit solver
- Element removal keywords
- Reinforcement modeling procedure
- Stirrups and armatures
- Model’s characteristics: steel material definition
- Concrete block
- Modeling procedure: using Abaqus/Standard
- Modeling procedure: using Abaqus/Explicit
- Comparing the results
#abaqus
#abaqustutorial
#simulation
#fem
#modeling
#simulia
#concrete
#concrete_analysis
#damage
#damage_analysis

[@hosseinmohammadtaheri1688]

Awesome presentation, thank you!

[@susanbastola7179]

Hello. I am trying to apply the vehicle load on the pavement. I applied triangular pulse loading and used seven steps. Can you please help me how do i repeat the seven steps of loading again for repeated loading on the pavement ? It would be really helpful .Thank you.

[@FemexIran]

Hi.
I didn't understand your explanations correctly.
You must send your CAE and JNL files via email to be checked. Then you can use our consultancy and tutoring services to resolve this issue.
My email: [e-mail]

[@legouirahmaria]

Hi dear 😊
Is it possible to plot meshes and displacements? (with different numbers mesh)

[@FemexIran]

Hi.
Do want to plot the displacement of each node?
Because the displacement is calculated for each node not each element or mesh.

[@legouirahmaria]

@@FemexIran
I want to plot a change of meshes (meaning that every time I change the number of meshes, for example, 2x2, 4x4, or 16x16) and displacement at the point of application of forces (the point of applying the forces doesn't change)

[@FemexIran]

@@legouirahmaria The name of what you want to do is : Mesh Sensitivity Analysis
To do mesh sensitivity analysis, you must run your model with different element sizes and finally compare the results. You must plot a curve to find the best element size. In this curve, the x-axis is the number of elements and the y-axis is the value of the variable which is chosen for comparison. Displacement converges very fast so you must choose another parameter for comparison like stress or strain at a especial point.