If you divide the beam on the floor at the nodal point of the column on the upper floor, you have entered the system correctly.In the system you entered, the column sitting on the beam does not transfer load to the beam. . Easily visible from 3D Frame mode. A built-in support mark is visible at the bottom node of the column. In such a case, B3 Irregularity is not given because the column does not fit on the beam."yilmazozaktan":2ukvoati" said:Sorry, I was able to reply a little late, Mr. Levent. This happens sometimes in B3 irregularity. It is necessary to draw 2 beams at the point where the beam is stepped. It does not recognize a column pressed in the middle of a single beam. If we make the names the same after 2 different beams are entered, the situation improves. I do not have an example of eccentricity, but I have an example that does not recognize b3. Should we divide the beam ourselves at the point where the beam is stepped? Sometimes this situation also happens It knows it by itself. Also, in b3 applications, a sprout needs to be left on the beam. Is it possible for the column to show where it steps on the bottom floor and leave a sprout on this beam? Note: I don't have an example that doesn't recognize the b3 irregularity from eccentricity at the moment. I will share it with you when it becomes available.
Hello Dear yilmazozaktan In your example project, your SC1 and SC2 columns are on the 1st floor.The beams on which these columns sit are on the lower floor.According to the data entry algorithm, creating a nodal point in the relevant coordinate of the beam so that the beam can recognize the point where the column ends. For this reason, the beam must be entered as two parts to create a nodal point at the point where the column presses the beam. I must be named. I wish you good work"yilmazozaktan":6bnwfcbk" said:Sorry for my late reply, Mr. Levent. It is necessary to draw 2 beams at the point where the column presses the lower beam. It doesn't recognize a column pressed in the middle of a single beam. If we make the names the same after entering 2 different beams, the situation gets better. I don't have an example of eccentricity, but I have an example that doesn't recognize b3. Should we divide the beam ourselves at the point where the beam is stepped on? Sometimes it knows this situation by itself. And in b3 applications It is necessary to leave a sprout on the beam.
there, a and b values are specified as the distance of the load from the support, that is, a, b value cannot be defined for loads entered directly on the beam from the outside, is it true? the entered loads act along the entire beam"HakanŞahin":3ucfm7vw" said:a and b values will appear according to the load form or shape. For example, those values for loads coming from the slab Although it seems automatic, when user-defined loads are defined, we also give a and b values...