If i model my project and add slab,what will be the difference if i dont generate plate mesh, after adding slab i add load and run analysis without generating mesh.
In Ram Concept? The program will always generate the mesh before you run the calculations. If there is a minor error in the first mesh generation, you may choose to skip re-meshing it again the next time. It's a best practice to regenerate the mesh after the design strips are modeled so that the mesh aligns with the strips as best possible.
Not in RAM, i ask in Staad Pro Connect Edition,for a person who has model and add slab without generating mesh,what will be the effect of load distribution on beams
Kris Sathia
I am clear in doubt no 2 which were asked in above tread. However, I am still having doubt in point no 1. Also, I would like to add few more questions. Please help me to clear it.
Doubt 1
In continuation of Doubt 1, Can we add load on plate under (Plate Load - Pressure on Full Plate) after meshing to a plate and without meshing ?
Also, Please help me to know, Is there any tutorial link to use ( Element Load, Master Slave command) or rigid diaphragm to model slab ?
Doubt 3 -
If I am applying a Live load of -10 KN/M2 in GY direction on a plate (casted by plate element cursor), I am not able to see the post processing result. However, If I am using only the dead load(-1) to the whole structure, I am able to see the post processing result (Includes BM, SF, stress diag . etc). Please help me to know what is the reason and how to rectify it.
P.S - I have set scale value as well and turn on all stress icon also.
Doubt 4-
In continuation of Doubt no 3 , If I am applying a Live load on Plate (by Plate Load - Pressure on Full Plate) without meshing , I am also not able to see any value ("0" value is showing) under LIVE LOAD in post processing mode (Also SF, BM diag is not visible).
Doubt 5-
In Output file - concrete design, Stadd is not showing slab design details.
I have also attached project file along with this list of doubt.3632.Structure1.std
The expression "Pressure on full plate" is to be interpreted as pressure on the full area of the element or elements that the load is applied on. Thus, it acts on the full area of all the elements that are mentioned in the element list. So, for example,
1 TO 49 PR GY -2.5
means 2.5 units of pressure acting on the full area of each of the elements 1 to 49.
If you do not mesh the slab and define it as a single element and apply the pressure on it, the load will act on the full area of the slab.
For answering the rest of your questions, I will defer to some of the others.
Please see the screenshot below - the plate load is applied and you can switch the diagram onscreen as shown:
The batch mode element design is available in the Output file - see the screenshot below:
AndrejLogunov
Please address the following query
paresh said:Doubt 4- In continuation of Doubt no 3 , If I am applying a Live load on Plate (by Plate Load - Pressure on Full Plate) without meshing , I am also not able to see any value ("0" value is showing) under LIVE LOAD in post processing mode (Also SF, BM diag is not visible)
In continuation of Doubt no 3 , If I am applying a Live load on Plate (by Plate Load - Pressure on Full Plate) without meshing , I am also not able to see any value ("0" value is showing) under LIVE LOAD in post processing mode (Also SF, BM diag is not visible)
My doubt is - " If I am applying a Live Load on plate element, I am not able to see any BM due to LL on plate and any changes in Beam BM. Please help me to know why is it so ? and what is the possible reason behind this ?
In continuation of above, I have one more question -
How to design reinforcement of slab if we meshed a plate into 'n' no of plates ? Because in this case, every small plate have different value of BM and stresses. Same is the case for beam.
In practical case, slab and beam can't be design for 'n' no of small small elements.
I have also attached modified staad file after meshin
g.2625.Structure1.std
Use the programs RAM Concept or RCDC FE for designing the slab.
Use the program STAAD Advanced Concrete Design (also known as RCDC) for designing the beams.