DESIGN AND CODE-CHECK ANY SHAPE

Go beyond traditional methods for calculating concrete elements and see their real structural behavior. Design and analyze members, walls, and D-regions in your concrete structures and get:

  • Both reinforced and prestressed concrete
  • Ready-made templates, import from DXF
  • Strength of concrete and reinforcement, anchoring checks 
  • Nonlinear deflections
  • Clear pass/fail results for any geometry
  • Serviceability checks - Crack width checks, Stress limitation checks
CHECK OUT SAMPLE REPORT
Concrete
*DESIGN AND CODE-CHECK* ANY SHAPE

MOST COMMON *USE CASES*

IDEA StatiCa allows you to design and code-check any member or discontinuity of your structure, including:

1 of 8
Deep beams

Deep beams

Precast and cast in situ walls

Precast and cast in situ walls

Corbels/Brackets

Corbels/Brackets

Dapped ends

Dapped ends

Pile caps

Pile caps

Openings

Openings

Pier caps

Pier caps

Prestressed members with openings

Prestressed members with openings

HOW DOES IT WORK?

Get your report in minutes in three simple steps.

DESIGN *WALLS AND DETAILS*, ANALYZE, AND REPORT

Model


Load


Calculate


Report


Design *RESULTS*

Compared to traditional methods, IDEA StatiCa will execute all required serviceability checks, including:

1 of 6
Steel reinforcement tension check

Steel reinforcement tension check

Concrete strength check

Concrete strength check

Reinforcement anchorage check

Reinforcement anchorage check

Force vector paths

Force vector paths

Crack width check

Crack width check

Deflection check

Deflection check

Our Customers

Buro Happold
IMEG
Uzun + Case
Stability Engineering
Craft Engineering Studio

Verified design method

The Ohio State University research confirms the Compatible Stress Field Method to validate reinforced concrete design, where traditional methods such as the Strut-and-Tie Model fall short.

Four concrete members with discontinuities were created and examined against baseline calculations and experimental data.

  • Deep beam
  • Shear wall with openings
  • Corbel
  • Walking column
Explore more
Concrete
*Verified* design method

How IDEA StatiCa Detail helps you

Martin Haferl, co-founder of Gmeiner Haferl & Partner ZT GmbH, shares how IDEA StatiCa Detail streamlined the design of walls, coupling beams, and steel columns in Austria’s second-tallest building.

The software enabled fast and precise verification of highly stressed elements, ensuring structural rigidity and load-bearing capacity. In a dynamic BIM environment, IDEA StatiCa helped him handle design changes efficiently, reducing manual calculations and optimizing the overall workflow.

Check out customer story
How IDEA StatiCa Detail helps you

Widget #11: eshop_banner

Name: a73598ff-16ce-01e0-b086-3fdb4bcd7c3c

ID: a73598ff-16ce-01e0-b086-3fdb4bcd7c3c

Show Raw Data
{
  "eshop_banner_type": {
    "name": "Eshop-Banner-type",
    "type": "taxonomy",
    "value": [
      {
        "name": "Compact Form",
        "codename": "compact_form"
      }
    ],
    "taxonomyGroup": "eshop_banner_type"
  }
}