Self-explanatory interface that increases workflow
From the moment you first interact with ASDIP Foundation’s GUI, you get the feeling that things will run smoothly. It’s well structured, clean and provides everything you need to get started right away.
ASDIP Foundation also excels when it comes to efficiency thanks to its fill-forms approach on entering data. This means that all you have to do to is to provide geometry, loads, materials and reinforcement specific data. There’s no equation writing, no drawing and anything else that is basically a repetitive and time consuming task.
Instantly obtain results
As with most CAD oriented software, ASDIP Foundation is able to immediately offer the results you need. The main window of the application is split down the middle into sections for data entry and results viewing.
Any modification you make in the values fields instantly updates the results for the associated calculations. Since ASDIP Foundation is compliant with IBC / ACI 318 specifications, you won’t have to worry about double checking. If anything is off by even a millimeter, you are made aware of it.
ASDIP Foundation displays the results in both compact and detailed form. You can choose to see the status of stability checks, load transfers and so on, or you can view complete geometry details and even generated performance diagrams.
Light and powerful foundation design tool
With the above to consider and a lot more to discover in the details, it’s safe to say that if you’re looking for a reliable tool for foundation design, then you can certainly try ASDIP Foundation.
ASDIP Foundation is a tool designed to aid you in the design of spread, strap and combined footings.
Its developed around the latest IBC 09/ ACI 318-11 codes and allows users to design concrete footings under the actions of vertical and horizontal loads, as well as biaxial and bending moments.
The application uses a fill-in-the-blanks approach when collecting the necessary design data which proves to be time efficient. In the analysis you can use a full set of design code load combinations and compute stability analysis for overturning, sliding, uplift and bearing.
- Design spread, strap and combined footings;
- Perform stability analysis for overturning, sliding, uplift, and bearing;
- Generate and print reports containing mathematical solutions of the bearing pressures, shears and moments under biaxial loading;
- Users are allowed to customize design criteria, options and conditions;
- Generate graphs and force diagrams.