CYPE International - Software pentru arhitectura, inginerie si constructii CYPE CYPE 3D, CYPECAD
What is CYPE?
Specialised technical service
CYPE develops and distributes technical
software for Architecture, Engineering and
Construction professionals.
The team of qualified experts that make up the
Technical support department guarantees the
software is implemented and adequately performs
within our clients’ professional environment,
resolving their queries in an agile and efficient
manner.
Moreover, CYPE also offers exclusive customer
and post-sales services to our clients to respond
to orders, claims, deliveries and courses.
CYPE’s journey began in 1983 with an intense
activity in the field of engineering and structural
analysis, which motivated the computer
development of applications to cover its own
needs and those of its clients. The success of
these programs led the company to concentrate its
activity in the development, commercialisation and
distribution of technical software.
As a result of this work, CYPE occupies a leading
position within the sector, offering a
variety of
programs that stand out due to the wide range
of casuistry that is dealt with, the reliability of
the results and the ease with which they can be
managed.
60.000 users throughout Europe, Latin America,
Africa, Oceania and Asia have already acquired
over 100.000 programs. Amongst our clients are
town councils and ministries, as well as technical
control organisations, universities and professional
offices.
Software within
everyone’s reach
Program development begins
with analysing professional needs
and the reality of the sector; then
continues with the productive
process, which incorporates the
direct contact experience with users
and the most innovative software
technology.
Highly reliable analyses are
guaranteed; precise check reports
are provided with the added
security that these analyses are
updated to the latest national and
international design codes.
www.cype.com
Courses and training
We offer quality and up-to-date training and
courses of CYPE programs in the nat
ional and
international scene so users can make the best
use of our products.
Active participation
R+D+I Projects
By collaborating with the most important
professional studios, technical control organisms
and construction companies, with the added
suggestions from our users, we are constantly
up-to-date on new work methods to then update
our programs periodically and effectively.
Our vision of the future and the objective analysis
of the situation of the sector are two factors
which lead us to participate in diverse R+D+I
projects, several of which are financed by
the Centre for the Development of Industrial
Technology (CDTI) and by the European Regional
Development Fund (ERDF).
We collaborate with associations of renown
prestige such as the Institute of Building Sciences
Eduardo Torroja, the Scientific and Technical
Structural Concrete Association (ACHE), the
Association of Structural Consultants (ACE), the
Association of investigation for the Construction
Industry (AIDICO), The
Green Building Council
(GBC) or the Technical Construction Platform
(PTEC).
Since we began our journey, we have acquired
great experience in the development of European
and national investigation projects, and have
created quality performance tools, especially
aimed at professionals.
To Summarise, CYPE is…
A leading firm, composed of a team of over
130 professionals, which believes specialisation
and integration are the best formulae for its
development within the professional field, by
providing agile and effective services to its clients.
CYPECAD
Metal 3D
Analysis and design of reinforced
concrete and steel structures,
exposed to horizontal and vertical
loads. For buildings and civil works.
Analysis and design or three
dimensional steel, aluminium
and timber bars (including
foundation), exposed to
horizontal and vertical loads.
• Foundations consisting of pad
footings, combined footings,
piles with their corresponding pile caps, mat
foundations and foundation beams.
•
Vertical supports composed of reinforced
concrete columns, steel columns, reinforced
concrete walls and shear walls, and masonry
walls.
• Beams: reinforced concrete, steel and
composite.
• Floor slabs: joist floor slabs, precast slabs,
flat slabs, waffle slabs, composite slabs (steel
deck) and post-tensioned concrete slabs for
buildings.
• Analysis of the results with graphics and
detailed U.L.S. reports.
• Design and edition of all the reinforced
concrete and steel structural elements.
• Joints: design of welded and bolted
connections of rolled and welded steel I
sections and hollow sections.
• Drawings containing the
geometry and reinforcement of
the structural elements.
• Reports: complete with all
the data, analysis results,
reinforcements, and takeoff of
the materials and formwork.
• Codes national and
international.
• Integration with Metal 3D.
• Import/export using IFC 2X3,
IFC4 format files (CAD/BIM
models).
The program also carries out the analysis of
bars
composed of any material.
• Foundations consisting of pad footings,
combined footings, piles with their
corresponding pile caps and baseplates.
• Analysis of the results with graphics and
detailed U.L.S. reports for steel, aluminium
and timber bars.
• Design and edition of steel, aluminium and
timber bars, and the foundations.
• Joints: design of welded and bolted
connections of rolled and welded steel I
sections and hollow sections.
• Drawings: precise and with
detailing of the joints.
• Reports: complete with all the data,
analysis results, and steel, aluminium, timber
and foundation takeoff.
• Codes national and international.
• Import//export using
IFC 2X3, IFC4 format files
(CAD/BIM models).
Embedded retaining walls
Reinforced concrete
cantilever walls
Analysis, design and check of retaining walls
composed or reinforced concrete, concrete
in-situ piles, steel sheet piles and mini pile
screens.
Analysis and design of
reinforced concrete walls for
soil retentio
n and its corresponding
foundation (footing or pile cap with piles).
• Possibility of defining different soil layers,
berms at the infill and excavations at the
backfill by phases.
• Possibility of defining different soil layers.
• Active and passive anchors, struts, slabs,
etc.
• Floor slabs at different levels.
• Option to consider seismic action.
• Non-linear analysis, considering
elastoplastic behaviour for the soil and
support elements.
• Global stability analysis. Ratio between the
balancing moment of the passive pressure at
the infill; safety factor of the passive pressure
at the infill; and worst case slip circle.
• Design for the different construction phases.
• Reports: data, drawings of the construction
phases, design results, force and deformation
diagrams and material takeoff.
• Drawings displaying reinforcement
layout with the option to edit and
check the modifications.
• Automatic pre-design of the geometry of the
wall and the foundation.
• De
sign of the elevation reinforcement and
foundation of the wall.
• Phase analysis and consideration of
seismic action.
• Global stability analysis (turning, sliding
and worst case slip circles).
• Reports: data, analysis results and material
takeoff.
• Drawing of the phases and force diagrams
and deformations for each phase.
• Drawings displaying reinforcement layout
with the option to edit and check the
modifications.
Continuous beams
Box culverts
Continuous beams is
a program which has
been conceived to analyse,
design and check continuous beam
alignments of frames made out of concrete
and rolled, welded and cold-formed steel (with
various floor slab arrangements) based on
the introduced geometry of the alignment and
loadcase of the acting forces. The program
offers:
Analysis, design and check of
reinforced concrete box culverts used as
underpasses, subways and drainage works.
• Geometry: rectangular or trapezoidal (single
or multi-cell and several types of wingwalls)
sign of the elevation reinforcement and
foundation of the wall.
• Phase analysis and consideration of
seismic action.
• Global stability analysis (turning, sliding
and worst case slip circles).
• Reports: data, analysis results and material
takeoff.
• Drawing of the phases and force diagrams
and deformations for each phase.
• Drawings displaying reinforcement layout
with the option to edit and check the
modifications.
Continuous beams
Box culverts
Continuous beams is
a program which has
been conceived to analyse,
design and check continuous beam
alignments of frames made out of concrete
and rolled, welded and cold-formed steel (with
various floor slab arrangements) based on
the introduced geometry of the alignment and
loadcase of the acting forces. The program
offers:
Analysis, design and check of
reinforced concrete box culverts used as
underpasses, subways and drainage works.
• Geometry: rectangular or trapezoidal (single
or multi-cell and several types of wingwalls)
... ascunde
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