3D Structural analysis & BIM software Analysis | BIM Modelling
This is a 3D BIM modelling and analysis tool. Build 3D models of structures using physical structural components such as beams, columns, and slabs. Sumo is a new generation, BIM compatible analysis and design tool that is continually evolving.
Sumo performs frame and finite element analyses of structures
Automated surface meshing
Familiar and easy input
Design links and design groups
Link with 3rd party software through IFC and DWG formats
Integrates with PROKON design modules
Database driven which allows for simple database queries
Easy access to detailed analysis output
Static analysis: Linear, Second-order, Non-linear and Buckling
Dynamic analysis: Modal, Seismic and Harmonic
Import/export Revit models through the Prodesk add-in
Structural analysis software Modelling | Analysis
Frame Analysis performs frame and finite element analyses of 2D and 3D structures.
It can perform linear and non-linear static analysis as well as buckling, modal, harmonic, and seismic analyses of 3D models.
Frame is easy to learn and simple to use. Build your model using a combination of beams, shells, and solid finite elements. Analysis results can be exported to various other PROKON modules for member or connection design. Results can be viewed and added to a calcsheet in graphic format or analysis reports.
Analysis of 2D single span or cantilever beams Analysis
The Single Span Beam module can be used to quickly analyse a beam. The beam can be a single span beam, or a single span taken from a continuous beam with the appropriate end conditions. The analysis results of steel beams can be post-processed with the steel member design module for combined stress.
Access to the large library in the PROKON section database
Output includes deflection, shear force and bending moments
Export results to Combine for design
ELASTIC SUPPORT BEAM
Analysis of 2D beams on elastic support Analysis
Elastic Support Beam was developed for rapid analysis of a beam or a slab on an elastic foundation.
This module allows for the analysis of beams or slabs with varying cross-sections along their lengths and the elastic foundation can include variations or gaps in the elastic medium and rigid supports. An unlimited number of loads may be entered.