Descriere

CYPE 3D M28 oferă o soluție avansată pentru proiectarea și calculul structural tridimensional, potrivită pentru proiecte structurale de orice dimensiune. Obiectivul principal este de a oferi un set de instrumente intuitive și puternice pentru proiectarea structurilor 3D compuse din îmbinări, bare și membrane. Programul include opțiuni pentru analiza secțiunilor din oțel, beton, lemn, aluminiu, materiale generice și membrane. Se pot utiliza tiranţi care funcționează doar la întindere și se pot efectua proiectarea și verificarea barelor structurii. De asemenea, oferă opțiuni pentru proiectarea stâlpilor și grinzilor din beton armat și compozit. CYPE 3D M27 oferă și instrumente pentru proiectarea fundațiilor, cum ar fi fundațiile și piloții din beton armat, precum și conectarea structurii prin intermediul plăcilor de bază. De asemenea, include funcții pentru proiectarea diferitelor tipuri de îmbinări sudate și cu șuruburi, inclusiv îmbinarea dintre secțiunile duble în T și secțiunile circulare tubulare. Programul poate fi utilizat pentru a efectua analize neliniare ale modelului folosind motorul de analiză OpenSees©. De asemenea, efectuează verificarea rezistenței la foc și proiectarea secțiunilor sau a straturilor de protecție în funcție de materialul corespunzător. Printre instrumentele sale remarcabile se numără programul Portal Frame Generator, care facilitează generarea geometriei structurilor rigide și a grinzilor cu zăbrele simple și multiple, precum și generarea automată a încărcărilor din vânt și a încărcărilor din zăpadă. CYPE 3D M25 garantează siguranța și conformarea proiectelor, efectuând analize conform codurilor din diferite țări. Această soluție simplifică fiecare etapă a procesului de proiectare și analiză structurală, oferind rezultate precise și fiabile.

3 Programe incluse

CYPE 3D

CYPE 3D is an agile and efficient program created for the analysis and design of three-dimensional structures with elements made of concrete, steel, composite concrete and steel, aluminium, timber, or any other material, and includes the sizing of connections (welded and bolted connections of rolled and welded steel I sections and hollow structural sections) and their foundations with baseplates, footings, pile caps, and strap and tie beams.

Portal frame generator

Geometric generation of rigid portal frames and simple and multiple trusses. Automatic generation of wind and snow loads. Design and optimisation of roof and lateral purlins. Exports the geometry and loads to the program CYPE 3D.

Foundation elements

Foundation elements designs several types of foundation elements: pile caps, baseplates, footings and strap beams. The program can automatically design and analyse the dimensions of the foundation element and reinforcement, as well as check the input of data, among other tasks.

28 Module incluse

AL9

The AL9 module allows CYPE 3D to use the extruded aluminium section editor, which is intended to facilitate the design and checking of aluminium alloy sections with special cross-sections.

APG

The APG module is compatible with CYPE 3D and allows the program to determine the critical load factors and buckling deformations of the structure for each combination analysed by solving an eigenvalue problem.

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.

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.

GEP

The GEP module is the basic module for using the Portal frame generator program and is a prerequisite for its operation. Geometry can be generated and loads can be applied on industrial warehouse-type structures, purlins can be analysed and the geometry and loads can be exported to CYPE 3D.

M3D

The M3D module is the basic core of the CYPE 3D tools and is required for the operation of all program versions. When combined with C3D, it facilitates the connection between structures designed in CYPE 3D and CYPECAD by means of the "Integrated 3D Structures" feature.

MAD

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

NLD

The NLD module is compatible with CYPE 3D and allows the program to perform non-linear analyses of supports with uplift.

NLR

This module allows users to insert plastic hinges into bars in CYPE 3D.

NLT

The NLT module is compatible with CYPE 3D and allows the program to perform the non-linear analysis of bars that work only in tension.

OSP

It is a transverse module available for several CYPE applications that activates the operation of the OpenSees (Open System for Earthquake Engineering Simulation) analysis engine for linear and non-linear structural analysis.

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).

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.

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.

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.

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.

VHA

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

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.

CP1

With this module, the CYPECAD, CYPE 3D and Foundation elements programs can calculate the sinking load in deep foundations using reinforced concrete piles.

CP2

With this module, the CYPECAD, CYPE 3D and Foundation elements programs incorporate the structural check of reinforced concrete pile caps for deep foundations.

CP3

With this module, the CYPECAD, CYPE 3D and Foundation elements programs incorporate the lateral stability analysis to facilitate the design of deep foundations subjected to significant lateral forces.

NLV

The "Modal vibration analysis" module can be used to carry out a modal analysis of the structure in CYPE 3D.

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