ConcrItConcrIT
Features

Everything you need to
model, compute & design

[Placeholder] Introduce in two sentences the overall promise of ConcrIT: a single environment that covers the reinforced-concrete project from geometry to the regulatory calculation report.

01
Modelling

Finite element analysis

[Placeholder] Describe the FE engine: meshing type, available solvers, load types (permanent, variable, wind, seismic) and supported boundary conditions.

Meshing

[Placeholder] Specify the meshing type and controls.

Solvers

[Placeholder] Specify the solvers and their performance.

Loads

[Placeholder] Specify load cases and combinations.

02
Design

Reinforcement optimization

[Placeholder] Explain how ConcrIT derives reinforcement from the actual stress field, and the gain over a prescriptive approach.

Stress fields

[Placeholder] Describe the design method.

D-regions

[Placeholder] Describe the handling of discontinuity regions.

Checks

[Placeholder] List the ULS / SLS checks.

03
Deliverables

Automatic calculation reports

[Placeholder] Describe the automatic generation of calculation reports, reinforcement drawings and available export formats.

Reports

[Placeholder] Describe the content and format of reports.

Drawings

[Placeholder] Describe the exportable fabrication drawings.

Export

[Placeholder] List export formats (PDF, DXF, IFC…).

Compliance

Compliant with the most demanding codes

Every design is validated against the reference building codes, in Switzerland and internationally.

EUROCODE 2
Design of concrete structures
SIA 262
Concrete construction (Switzerland)
ACI 318
Building Code Requirements
BS 8110
Structural use of concrete

Ready to try ConcrIT?

Create your account and explore every feature for 14 days, no credit card required.