The package especially for 3D structural and civil engineering

The 3D FEM premium package offers all the functions required to successfully handle even the most demanding projects in structural and civil engineering. In addition to the input options with the AutoCAD® attachment SOFiPLUS or Autodesk® Revit® Structure, the package offers non-linear effects and pile elements for the simulation of soil-structure interaction.

The complete design according to Eurocodes, stability verifications and many international standards (e.g. BS EN 1992, SNIP, AASHTO) round off the verification options. The graphically interactive post-processing is extended by the integration of surface results, interfaces to Excel® and VBA offer full flexibility.

The functions at a glance

• 3D FE bar, pile, shell, slab and disc elements
• Any bar cross-sections with graphical input
• Beams and joists as FE bars
• Eigenvalues
• Simulation of construction phases and time-dependent effects for surface elements
• Automatic determination of elastic connection stiffnesses for 2D calculation when transferring from BIM model
• 3D reinforced concrete design in GZT and GZG (including DIN EN 1992-1-1/NA:2011, OEN B 1992-1-1:2011, SIA 262, NTC-D.M. 14/01/2008)
• Drop-out bedding for slabs
• Non-linear springs and working lines
• Non-linear bars for reinforced concrete and steel
• Theory II. Second order and steel construction verifications according to Eurocode (EE, EP with automatic cross-section classification class 1-3, effective widths for class 4 cross-sections)
• Graphically interactive plot creation
• Integration of area results

Der Beitrag 3D FEM premium erschien zuerst auf FIDES DV-Partner.

The high-end packages for structural engineering

The 3D FEM ultimate and ultimate 50 packages offer all functions for modern structural analysis in civil engineering and bridge construction. The graphical input options with the AutoCAD® attachment SOFiPLUS are extended by the parametric axis-related technology CABD, master cross-sections allow any cross-sectional profile. Prestressing for beam and shell elements with suitable stress and serviceability analyses allow the processing of prestressed concrete and composite construction projects.

The functions at a glance

• 3D FE bar, pile, shell, slab and disc elements
• Any bar cross-sections and master cross-sections with graphical input
• Beams and joists as FE bars
• Eigenvalues
• Parametric graphical modelling (CABD)
• Prestressing for bars and shells
• Simulation of construction phases and time-dependent effects for mixed systems and cross-sectional construction sections
• 3D reinforced concrete design in GZT and GZG (including DIN EN 1992-1-1/NA:2011, OEN B 1992-1-1:2011, SIA 262, NTC-D.M. 14/01/2008)
• Design and stress analysis of prestressed concrete and composite cross-sections (e.g. DIN-Fb, EN 1992-2, AASHTO, BS 5400)
• Special verifications of the recalculation guideline for road bridges
• Non-linear springs and working lines
• Non-linear bars for reinforced concrete and steel
• Fully geom. Non-linear calculation (third-order theory)
• Steel construction verifications according to Eurocode (EE, EP with automatic cross-section classification class 1-3, effective widths for class 4 cross-sections)
• Influence lines and traffic load models (road and rail)
• Graphically interactive plot creation
• Integration of area results

Der Beitrag 3D FEM ultimate / ultimate 50 erschien zuerst auf FIDES DV-Partner.