is there any easy method to model a building where its first floor layout is different from the second floor

  1. Good day, i have a project to design which is made of reinforced concrete. The first floor layout is different from the second floor layout. most of the columns on the second floor layouts are starting from a beam. what is the easiest way to model this type of structure because most of my beams are being broken.

  • i have another steel beam with a secondary beam resting on the primary beam in the picture. Beam 10, 52, and 78 are supposed to be one member but staad pro split them into three because of the secondary (beam 6&7) beam resting on it. If i merge beam 10,52 and 78 to become just one member staad will tell me i have multiple members. now if i leave it the way it is and i design it with the connect edition version i would get different sections which is making me think staad pro is designing member  by member. Is there a command that can tell staad pro CE to form member like the steel design module in previous versions of staad pro, so i can get a practical member size
  • beam details

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  • 1. You will need to break the beams at locations where the columns are going to rise from. That is how the connectivity between members are maintained. The split beam would still be considered as continuous for the analysis.

    2. You will need to split the main beam into segments as mentioned in point 1. During design phase you would need to use the design parameters like LY, LZ, UNT UNB DFF DJ1 DJ2 etc. for the software to design the members correctly. You would also need to create group ( grouping option within design commands) consisting of members which would need to be of the same cross section. Please take a look at the Example 1 which explains all of this.  

    The .std file for the example 1 should be within the C:\Users\Public\Documents\STAAD.Pro CONNECT Edition\Samples\Sample Models\US



    Answer Verified By: hakeem olokunola 

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  • 1. You will need to break the beams at locations where the columns are going to rise from. That is how the connectivity between members are maintained. The split beam would still be considered as continuous for the analysis.

    2. You will need to split the main beam into segments as mentioned in point 1. During design phase you would need to use the design parameters like LY, LZ, UNT UNB DFF DJ1 DJ2 etc. for the software to design the members correctly. You would also need to create group ( grouping option within design commands) consisting of members which would need to be of the same cross section. Please take a look at the Example 1 which explains all of this.  

    The .std file for the example 1 should be within the C:\Users\Public\Documents\STAAD.Pro CONNECT Edition\Samples\Sample Models\US



    Answer Verified By: hakeem olokunola 

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