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.

CIS

Transversal module available for several CYPE applications that allows users to export to the standard CIS/2 interchange format to facilitate the data flow between the apps involved in the process for the analysis, design and manufacturing of steel structures.

CNH

The CNH module is compatible with CYPECAD and is used to verify the requirements for the seismic design of reinforced concrete nodes.

ECL

The ECL module is compatible with CYPECAD and allows the program to analyse and design the reinforcement of stair slabs as isolated elements of the structure.

EEC

The CYPECAD module EEC allows users to carry out a dynamic analysis of buildings exposed to seismic loads, which includes the effect of the non-structural building elements used in the façades and partitions of a building.

ENZ

Using the ENZ module, CYPECAD and CYPE 3D can design foundations resolved using piles with their respective pile caps. This module also designs strap and tie beams spanning between the pile caps.

FPT

The CYPECAD module FPT, allows users to design the passive reinforcement of waffle slabs, in-situ joist floor slabs and their perimeter beams.

ITE

ITE is a CYPECAD module that allows users to consider the settlements of the foundations and their interaction with the rest of the structure, in terms of both forces and deformation, by defining elastic stiffness constants in foundation elements.

LFL

The LFL module allows CYPECAD to analyse and design mat foundations and foundation beams accurately and in accordance with structural design standards.

LMA

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

LMX

The LMX module is compatible with CYPECAD and allows the program to analyse and design composite slabs ("steel deck").

LPS

CYPECAD's LPS module has been designed to carry out the design of the passive reinforcement of post-tensioned slabs, using the forces that have been obtained from analysing the post-tensioned tendons (bonded or unbonded), whose properties have been introduced by the program users.

MAD

Using the MAD module, CYPECAD and CYPE 3D analyse and design timber beams and generic bars.

MAP

The MAP module is compatible with CYPECAD and allows the program to analyse and design concrete block masonry walls.

MEN

The MEN module allows CYPECAD to analyse and design corbels on column faces.

MLL

The MLL module is compatible with CYPECAD and allows users to include electrowelded meshes with the aim of using them in the analysis of flat slabs, as well as the detailing of these meshes and obtaining reports and drawings with their quantities.

MSG

The MSG module in CYPECAD analyses the column forces of a generic material, defined by its modulus of elasticity, Poisson's ratio and unit weight. It also evaluates the forces of generic reinforced concrete sections and verifies their longitudinal reinforcement.

MTP

CYPECAD’s module: MTP, designs reduced thickness reinforced concrete walls with a single reinforcement plane, which are used as load bearing walls to support vertical loads and also resist horizontal forces acting in the plane of the wall.

MUS

The MUS module is compatible with CYPECAD and allows the program to analyse and design concrete walls and masonry walls.

PAN

The PAN module allows users to analyse and design reinforced concrete shear walls in CYPECAD.

PHA

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

PLA

With the PLA module, CYPECAD and CYPE 3D can design, edit and check welded baseplates for any steel column layout and any type of material (rolled, reinforced and cold formed steel).

PMD

With the PMD module, CYPECAD can analyse and design rectangular and circular section timber 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.

PMX

Using the PMX module, CYPECAD and CYPE 3D design composite steel and concrete columns composed of rectangular or circular concrete columns with an encased steel section, Rolled steel plate box sections, filled with concrete; rectangular, square and circular hollow sections filled with concrete.

PPA

The PPA module is compatible with CYPECAD and allows the program to analyse and design hollow core floor slabs.

PUN

With the PUN module, CYPECAD checks the Failure Limit State of concrete for punching shear in flat slabs, waffle slabs and mat foundations using two methods.

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.

RET

The RET module is used to analyse and design waffle slabs in CYPECAD.

RMP

The RMP module is compatible with CYPECAD and allows the program to analyse and design ramp slabs as isolated elements of the structure.

SDV

This module is used by StruBIM Shear Walls to design and check diagonally braced coupling beams.

SDW

This is the core module for using StruBIM Shear Walls and is a prerequisite for running the program, as well as acquiring other modules.

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.

UN1

The module "UN1" allows CYPECAD, CYPE 3D and Integrated 3D structures of CYPECAD to carry out an automatic analysis and design of I section welded connections (including baseplates).

UN2

The module "UN2" allows CYPECAD, CYPE 3D and Integrated 3D structures of CYPECAD to carry out an automatic analysis and design of I section bolted connections.

UN4

The module "UN4" allows CYPECAD, CYPE 3D and Integrated 3D structures of CYPECAD to carry out the automatic design of the most common bolted connections of rolled and welded steel I sections in building frames.

UN5

The "UN5" module for CYPECAD, its Integrated 3D structures and CYPE 3D, carries out an automatic analysis and design of coplanar hollow structural section connections, like those which are usually provided in flat trusses.

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.

UNM

The UNM module is compatible with CYPECAD and allows the program to analyse and design floor slabs with steel joists or open-web joists.

UNS

The UNS module is compatible with CYPECAD and allows users to analyse and design joist floor slabs with joists fully assembled on site.

USE

The module "USE" allows CYPECAD, CYPE 3D and Integrated 3D structures of CYPECAD to carry out the automatic design of the most common welded connections of rolled and welded steel I sections in building frames.

UVM

Using the UVM module, CYPECAD analyses and designs timber joist floor slabs.

VGT

This module is used to carry out the design of deep beams in StruBIM Deep Beams.

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.