STATIC PROJECT DRAWING USING ideCAD STATIC

There have been major earthquakes in Japan and Turkey recently. While many people lost their lives in Turkey, the loss of life was much less in Japan. The main reason for this is to build buildings that are controlled and comply with the regulations. That's why today I will make a static project drawing with you that complies with the regulations. Lets start.


A static project is a project in which we decide on the durability of a structure.

1-) Preparing the "Axle Drawing"
The axis drawing is the drawing required to calculate the correct location of the columns and beams.

2-) Drawing the columns
If the column placement is not suitable in terms of statics or if it creates a significant difference economically, it is possible for the civil engineer to decide on the location and dimensions of the columns.

3-) Beam drawing
Before starting the beam drawing, we enter the beam settings to make the necessary adjustments and set the beam width to 25 cm and the beam height to 60 cm. Since our offset in columns is generally 10 cm, we adjust the offset to 10 cm for convenience. Coming to the static-reinforced concrete section, we start drawing by choosing the 19 cm brick wall option since the walls are drawn with 20 cm bricks.
4-) Floor drawing
Since it is a residential project as fixed load, we choose residences, terrace rooms and corridors defined in the system.
5-) Stair drawing
There are different ways to draw stairs. The method to be used for stair drawing in this project will be to draw the stair shares with the route command, specify the direction of stair climbing, and then draw it with the "add new staircase" command.


6-) Raft foundation drawing
In order to make the basic drawing, we first draw a 25cm compartment with the "Raft edge" command. We draw a 25cm raft edge to surround the building (except for the north side, blind facade).
7-) Floor copying
Since the upper floors are the same as the lower floors, we copy the lower floor no matter how many floors the building has.


8-) Reinforcement selection
Even though the program performs these operations automatically, we control them.
9- Analysis control
If everything is green when analyzed, congratulations you did it.

Of course, it is not possible to explain every step and every detail here. The static project must be drawn by a competent civil engineer.