Model.MT-4.1 Sequentially Coupled Analysis BeamOnFire
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- Опубликовано: 11 сен 2024
- حريق جائز خرساني
تحليل متلازم تتابعي من أجل معرفة تأثير الحرارة العالية التي يمكن أن يتعرض لها عنصر إنشائي حامل (جائز هنا) على كفائته , ومقدار التشوهات التي قد تصيبه...
You can help me. ERROR: Requested steps were not found in the output database C:/temp/heat-transfer1.odb. Cannot read Nodal temperature data.
Hi, Thanks for the helpful video. I am trying to model the sequential thermal and stress behavior of reinforced concrete exposed to fire using Abaqus. I tried to follow the path shown in the video, but unfortunately no "pair contact" was found to define the conduction between steel bars and the concrete. Just wanted to ask if you could help me with it. Thanks in advance.
+maryam hedayati Currently I am not involved in such a trend in research... How about you try then make a contact later , may be we can work together on such issue .. Wishing you success :)
Hi dear Helwani, first thanks for your illustrative example. I have a question. Is the gravity load in static step 1 as constant during the fire case in Step 2? Best regards.
can i get your excell sheet please ?
Hi, Thanks for the helpful video. I need an Excel file used in the video. Please put a link to download the Excel file
Hi, why I see this error: Requested steps were not found in the output database C:/Temp/HeatStep.odb. Cannot read Nodal temperature data
I have the same issue. Did you find a solution?
Start the predefined field-2 with step 1. Worked for me. It is because there is 9000 steps in Step-2, however, if you read the temperature data from odb you only have 8999 temperature data to work with.
hi thanks for the video, is there a voice over as well ?
Hi, why I see this error: Requested steps were not found in the output database C:/Temp/HeatStep.odb. Cannot read Nodal temperature data. thanks
Can You Please Give me the tutorial with sound
How will you choose time step?
if analysis is static.. time step has no meaning. just choose it so that it is compatible with amplitude time history (if any exists)