static general step in abaqus

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Comprehensive Abaqus Package: • Comprehensive Abaqus P...
Including 39 hours of step-by-step tutorials.
Chapter 9 of the package is related to this tutorial.
Step by step tutorial for using dynamic steps for solving static and quasi static problems:
• Static and Quasi-Stati...
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.
probably it can be said that the Static general step is the most famous and practical step of Abaqus. it is one of the available steps of Abaqus/Standard solver. it is developed for simulating linear and nonlinear static and quasi static problems.
This step does not take the inertial effects into account. Therefor you cannot use it for simulation of dynamic problems because inertial effects play an important role in dynamic problems.
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Table of content:
- Abaqus structural solvers
- Introduction to static general step
- Some aspects of static general step
- Capabilities of static general step in solving mechanical problems
#Abaqus
#static_analysis

[@sepehr2012]

Thank you for your well-organized and comprehensive video/explanations

[@safdarnaveedamini4535]

Respected Mr. Amir Hussain Mirzabozorg, Jazakallah again for making an important video.

[@mani771403]

I greatly appreciate the clear explanation you provided.🙏

[@FemexIran]

Hi.
Thank you so much.

[@hosseinmohammadtaheri1688]

I like your presentations sir. You are expert enough to model different mechanical problems in Abaqus! Keep going

[@FemexIran]

Hi.
Thank you very much.

[@haulehuynhquang6672]

Thank you. Very helpful

[@FemexIran]

Hi.
You are welcome.

[@rasoolmokhtarihomami9169]

It is very helpful. Thank you very much for your great explanation.

[@sparcksp]

Amazing explanation! Keep going!

[@FemexIran]

thank you so much

[@Engbinsalah]

thank you
very helpful

[@mohammedhenoon9524]

Hi
would you be able to tell me how to include static general step in keywords please.

[@FemexIran]

Hi.
There is no need to include it from the keywords because it can be defined easily from the Abaqus/CAE.
We edit keywords to add commands which can not be defined from the Abaqus/CAE.

[@TheJuanLGI]

Thank you

[@FemexIran]

you are welcome.

[@shadymostafa9375]

I have dealed with two loads types one is concentrated on column and the other is cyclic on beam and I want to ask how represent them shall I define them for two deferent steps and if i do that what the time shall be given to the column gravity load or combine the two load types in on step?

[@FemexIran]

Hi.
According to your explanations, I guess you are modeling a beam-to-column connection.
Here are the answers to your questions:
1) If the parts are made of steel, there is no need to define gravity load. But if they are made of concrete, you must define the gravity load.
I suppose that they are made of steel:
2) you must define two steps:
step 1: applying the concentrated force as preload.
step 2: applying the cyclic load.
3) time period of step 1 must be 1 second and you can suppose that the time period of each cycle is 1 second so the time period of step 2 will be equal to the number of cycles.

[@shadymostafa9375]

@@FemexIran thank you ,I am modeling concrete beam column joint

[@FemexIran]

@@shadymostafa9375 You are welcome.
So you must define three steps. Step 1 must be defined to apply the gravity. Its time period can be set to one.
In step 2, the concentrated force must be applied.
In step 3, The cyclic load must be applied.

[@hoseinreyhani7274]

would you rather to model a three point bending with 3D elements and damage behaviors WITH #DynamicExplicit or #StaticGeneral ??

[@FemexIran]

hi. multi-point bending test is a popular test in engineering and it is a good idea to model this test. we will do this in the next videos. thank you so much for your suggestion.

[@kankandeka]

@@FemexIran can you may also consider a 4 point bending test in rcc beam with concrete damaged plasticity so that vertical crack propagation and diagonal crack propagations can be simulated at the end of the analysis with static general step.

[@FemexIran]

@@kankandeka presently, making video for that topic is not in our plan.

[@kankandeka]

@@FemexIran okay in dat case...can you help me with such a simulation?

[@majidhussain2350]

can you please explain what is hysteretic behaviour?

[@FemexIran]

hi. a kind of behavior that is caused by cyclic or reciprocating loading.

[@olaalhousain5954]

how can i model channel shear connector?

[@FemexIran]

Hi.
Unfortunately I don't have experience about it.

[@olaalhousain5954]

@@FemexIran
thanks for replying

[@FemexIran]

@@olaalhousain5954 You are welcome

[@esraa687]

I am trying to simulate a test for 100 sec and the crack fully propagates in 0.1 sec. I tried the dynamic step and still having the same problem. Any suggestions?

[@FemexIran]

hi. it seems that the mechanical behavior is not defined correctly. because before the enough increase in the load, the crack propagates rapidly. I think you must check the units and values of defined material.