You defined it as 2 axles in the horizontal direction and 2 axles in the vertical direction, shouldn't there be 3 axles each in the horizontal and vertical directions?"Levent Özpak":3rp38a1y" said:To create a foundation at a different level under the elevator shaft, after defining your raft floor, create a space under the elevator perimeter curtains with the "slab gap" command. Create a closed area with the edge of the raft slab at this place you defined. Place a new raft slab in this closed area. Set the level by entering the properties of the raft slab. Calculation axes and working distances of the raft slabs can be arranged as in the sample project.
Dear Reform Group, In the version to which the project was added, the reinforcement axles did not see the slab gaps, so this definition was made. As you said, in the elevator shaft.cde project, it would be more appropriate in terms of application and quantity to define 1 more calculation axis between the 2-4 and BC axes and arrange the working distances accordingly. There is no change in the analysis results."Reform Group":13yuqipt" said:In the sample drawing you made, Mr. Levent, you defined the foundation as 2 axes in the horizontal direction and 2 axes in the vertical direction. Shouldn't there be 3 axles in the horizontal and vertical directions? Sincerely."Levent Özpak":13yuqipt" said:To create a foundation at a different level under the elevator shaft, after defining your raft slab, under the elevator perimeter curtains " Create a space with the "tile gap" command. Then create a closed area with the edge of the raft slab on this place where you define a gap. Place a new raft floor in this enclosed space. Set the level by entering the raft flooring properties. Calculation axes and working distances of raft slabs can be arranged as in the sample project.