AUT

CYPECAD's AUT module has two options available that have been created to automatically generate the structure: Import of IFC files from CAD/BIM programs and Interpretation of DXF and DWG files.

C3D

The C3D module is the basic core of CYPECAD's tools and is required for the operation of all the program versions.

LMA

The LMA module is compatible with CYPECAD and allows the program to analyse and design flat slabs.

PHA

Using the PHA module, CYPECAD and CYPE 3D design rectangular and circular reinforced concrete columns.

PMT

With the PMT module, steel columns can be introduced into CYPECAD so that they can be designed and built up according to the code selected.

Q04

With the Q04 module and computers equipped with several parallel processors, users can save a significant amount of time in the analysis process of the associated programs.

SI6

The SI6 module carries out, in CYPECAD and CYPE 3D, the fire resistance check and design of sections or protection cover depending on the material in question.

UNF

The UNF module is compatible with CYPECAD and allows the program to analyse and design reinforced and prestressed precast joist floor slabs.

UNI

Using the UNI module, users can analyse and design generic concrete joist floor slabs.

VHA

The VHA module is for use in CYPECAD and CYPE 3D and allows users to introduce and design various types of concrete beams.

VMT

With the VMT module, the following types of beams can be introduced and designed: steel beams below a floor slab or aligned with its upper face and composite steel beams linked to the floor slab with connectors.

ZAP

In CYPECAD and CYPE 3D, the ZAP module can be used to design foundations made of reinforced concrete rigid footings or mass concrete footings, either isolated or combined, tie and strap beams between footings and, in CYPECAD, strip footings for walls.

ZCA

In CYPECAD, the ZCA module is used to design foundations with special element intersections, establish polygonal limits of footings, and apply loads on footings, pile caps and strap and tie beams. In CYPE 3D, it facilitates the layout of polygonal limits for footings.