What is the balcony arc R750 in the steel structure drawing

Updated on Balcony 2024-03-13
3 answers
  1. Anonymous users2024-01-23

    The radius of the circle in which the radian is located is 750mm.

    Generally, a circle center will be marked for pay-off use.

    If the center of the circle is not marked on the drawing, you can find the center of the circle by dotting the radius where the arc and the line intersect.

  2. Anonymous users2024-01-22

    To see the specific drawing, it generally means that the radius of the arc is 750mm.

  3. Anonymous users2024-01-21

    Summary. According to the information I consulted, in the following internal reinforced concrete structures, R750 usually refers to the bending radius of the steel bar, that is, the radius of curvature of the steel bar after bending, and its value is 750 mm. This value is determined by the structural designer during the design phase based on factors such as the requirements and conditions of the structure and the properties of the material.

    The size of R750 directly affects the bending degree of the rebar and the force on the concrete around the rebar. For reinforced structures such as balconies, R750 may be used to specify the bending radius of the balcony bars. When designing the reinforcement of the balcony, it is necessary to consider many factors such as the stress of the balcony, the structural form and the decoration needs.

    Taking these factors into account, the designer will determine the appropriate R-value as needed. The appropriate selection of R-value can ensure that the steel bar does not break or be excessively deformed during bending, and the bending degree of the steel bar can be controlled to meet the force requirements of the steel bar and the design requirements of the structure.

    What is the balcony arc R750 in the steel structure drawing

    According to the information I consulted, in the following internal reinforced concrete structures, R750 usually refers to the bending radius of the steel bar, that is, the radius of curvature of the steel bar after bending, and its value is 750 mm. This value is determined by the destructuring designer during the design phase according to the requirements and conditions of the structure and the characteristics of the material. The size of R750 directly affects the bending degree of the steel bar and the force of the concrete around the steel bar.

    For reinforced structures such as balconies, R750 may be used to specify the bending radius of the balcony bars. When designing the reinforcement of the balcony, it is necessary to consider many factors such as the stress of the balcony, the structural form and the decoration needs. Taking these factors into account, the designer will determine the appropriate R-value as needed.

    The R-value selection of a suitable cavity can ensure that the steel bar does not break or be excessively deformed during bending, and the bending degree of the steel bar can be controlled to meet the force requirements of the steel bar and the design requirements of the structure.

    In the construction of reinforced concrete structures, the bending of the steel bars is to ensure that they can better adapt to the complex shape and layout requirements of the structure when subjected to stress. However, excessive bending will lead to excessive deformation of the rebar and a sharp decrease in strength, which will affect the bearing capacity of the rebar and the safety of the structure. Therefore, the selection of R750 requires rigorous calculations and precise control to ensure that the bending degree of the rebar front circle matches the force requirements of the collapse.

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