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RCDC-Footing
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RCDC-Footing
Base pressure calculation in RCDC
Eccentric Footing design in RCDC
Footing Design with loss of contact condition in RCDC
Footing Design with tension in Column
For calculation of two way (punching) shear, footing self-weight is not added to axial load.
How Ast provided for footing is calculated?
How is the volume of trapezoidal footing calculated in RCDC?
How the effective self-weight of the footing is calculated?
Overburden pressure consideration during footing design
Please clarify the footing type “on raft” given in RCDC.
RCDC Footing bottom minimum reinforcement
STAAD connect edition forces/moments is not considered by RCDC design of foundation
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RCDC-Footing
Applies To
Product(s):
STAAD Advanced Concrete Design
Version(s):
Connect Edition
Environment:
Area:
Concrete Design
Subarea:
Footing Design
Original Author:
Bentley Technical Support Group
Overburden pressure consideration during footing design
Footing Design with tension in Column
Eccentric Footing design in RCDC
Footing Design with loss of contact condition in RCDC
Base pressure calculation in RCDC
How the effective self-weight of the footing is calculated?
For calculation of two way (punching) shear, footing self-weight is not added to axial load.
How Ast provided for footing is calculated?
Please clarify the footing type “on raft” given in RCDC.
How is the volume of trapezoidal footing calculated in RCDC?
RCDC Footing bottom minimum reinforcement
loss of contact
footing
RCDC
Eccentric Footing Design
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Created by
Madhuri Panda
When:
Tue, Apr 9 2019 7:37 AM
Last revision by
Abhisek M
When:
Fri, Apr 22 2022 6:17 AM
Revisions:
21
Comments:
0
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