Engineering software suite for buildings which calculates structural elements by carrying out the analysis, design, check, as well as providing the technical drawings for the structural project, (Record Engineer) of the elements that have been defined.

IFC Builder

Creation and maintenance of building IFC models. This application is integrated in the Open BIM workflow via the IFC4 standard and gbXML.

Features:

Graphic user interface (GUI) to introduce columns and flat slabs
Import of DXF/DWG/JPG/BMP files
Open BIM edges generation
Open BIM (IFC4) modeling

StruBIM Suite

It currently contains the following programs.

StruBIM Analysis

StruBIM Analysis is a tool created to generate, edit and design an analytical model that has been developed based on a structural model. This application is integrated in the Open BIM workflow via the IFC4 standard and gbXML.

The analysis of the acting loads is carried out using a 3D spatial analysis applying stiffness matrix methods.

The structural model can be imported using an IFC format file, generated using CYPE’s IFC Builder, other BIM modeling programs or an XML format file.

The analytical model is generated based on the imported structural model, and the structure is discretized into bar-type elements, nodes and shells composed of finite elements (FEM). Users can adjust the model by defining or editing:

Load cases
Values of loads acting on elements.
Wind loads that are generated automatically in accordance with ASCE 7-10
Diaphragms
Boundary conditions
Section and material properties
Shell discretization sizes

Once the analysis has been completed, users can consult:

Displacements and reactions
Force and displacement diagrams
Contour maps for forces and displacements

The analytical model and its results are exported to StruBIM Design.

StruBIM Design

This application is integrated in the Open BIM workflow via the IFC4 standard and gbXML.

StruBIM Design is a tool which designs, checks and edits reinforced concrete and steel structural elements, based on a structural model and a calculated analytical model.

The structural model can be imported using an IFC format file that has been generated using CYPE’s IFC Builder, other BIM modeling programs or an XML format file. The calculated analytical model is imported from StruBIM Analysis or from the XML file if it contains the necessary information.

StruBIM Design designs and checks structural elements (columns, beams, floor slabs and walls) and provides the technical drawings in accordance with the requirements of the project (Record Engineer).

The reinforcement of the following reinforced concrete elements is designed and checked in accordance with the requirements of ACI 318-14, ACI 318-11 and ACI 318-08:

Rectangular or circular-section columns
Rectangular-section beams
Flat slabs
Walls

Steel elements are designed and checked in accordance with ANSI/AISC 360-10:

I-sections
Rectangular hollow sections
Circular hollow sections
Reinforced rectangular box

Concrete and steel composite columns of the following types are checked in accordance with the requirements of ANSI/AISC 360-10:

Concrete-filled rectangular tube
Reinforced rectangular box composed of rolled-steel plates, filled with concrete
Concrete-filled circular tube
Rectangular section with encased section
Circular section with encased section

Punching shear checks are carried out on floor slabs supported by columns without beams. The program automatically generates the critical section for each column that transmits forces to the slab. The program verifies, for this critical perimeter, whether the resistance against tangential stresses is exceeded in the slabs with bending in both directions.

The design results can be edited and a check can be carried out after they have been modified, for reinforced concrete elements (sections and reinforcement) and steel elements (sections).

Design results for reinforced concrete elements (sections and reinforcement) and steel elements (sections) can be edited, and then checked.

Design results can be directly transferred to technical drawings of the various elements: columns, beams, slabs and walls, in accordance with representation requirements and project contents (Record Engineer):

Column schedule
Beam schedule
Slab reinforcement drawings
Wall schedule

Versions features of StruBIM Design

StruBIM Design	FREE	PRO	EXPERT
Import structural model	V	V	V
IFC files	V	V	V
XML files	V	V	V
Import analysis model	V	V	V
XML files	V	V	V
StruBIM Analysis	V	V	V
Local analytical models of floors		V	V
Generation of local analytical models		V	V
Edit		V	V
Linear analysis		V	V
Analysis engine selection		V	V
CYPE Frontal Solver analysis engine		V	V
OpenSees analysis engine (is acquired separately with the FREE, PRO and EXPERT versions)
Reinforced concrete standards	V	V	V
ACI-318-08	V	V	V
ACI-318-11	V	V	V
ACI-318-14	V	V	V
Steel standards		V	V
AISC-360-10		V	V
Units system configuration	V	V	V
Material properties	V	V	V
Reinforcement diameters for concrete elements	V	V	V
Concrete columns	V	V	V
Edit reinforcement	V	V	V
Checks taking into account provided reinforcement	V	V	V
Design	V	V	V
Force diagrams for load cases and combination load cases	V	V	V
Steel columns		V	V
Checks		V	V
Design		V	V
Force diagrams for load cases and combination load cases		V	V
Concrete and steel composite columns		V	V
Checks		V	V
Force diagrams for load cases and combination load cases		V	V
Concrete walls			V
Edit reinforcement			V
Checks taking into account provided reinforcement			V
Design			V
Contour maps of forces and stresses for load cases and combination load cases			V
Concrete beams	V	V	V
Edit continuous reinforcement and additional reinforcement	V	V	V
Checks taking into account provided reinforcement	V	V	V
Design with continuous reinforcement	V	V	V
Design with continuous reinforcement and additional reinforcement		V	V
Force diagrams for load cases and combination load cases	V	V	V
Required steel area graphs	V	V	V
Steel beams		V	V
Checks		V	V
Design		V	V
Force diagrams for load cases and combination load cases		V	V
Concrete slabs			V
Edit base reinforcement and additional reinforcement			V
Checks taking into account provided reinforcement			V
Base reinforcement design			V
Contour maps of forces and stresses for load cases and combination load cases			V
Contour maps of required reinforcement areas			V
Punching shear check			V
Edit and check punching shear reinforcement			V
Shear and punching shear reinforcement design			V
Edit post-tensioned tendons			V
Check taking into account post-tensioning effects			V
Ground bearing slabs			V
Generation of DXF/DWG drawings	V	V	V
Column schedule	V	V	V
Wall schedule			V
Floor plans	V	V	V
Slab reinforcement			V
Beam tables	V	V	V

StruBIM Foundations

StruBIM Foundations is a tool to design foundations. With the supports of the structure, users can generate, design and check foundation elements.

This tool is integrated in CYPE’s Open BIM workflow via IFC standard. The supports of the structure can be imported using an IFC format file, generated using IFC Builder, CYPE or any other BIM-modeling programs. Users can also import files in XML format. The analytical model which contains the forces reaching the base of columns and walls can be imported from StruBIM Analysis or from an XML file, if it contains the required information.

Initially, StruBIM Foundations designs and checks pad footings and pile caps in accordance with the following codes: ACI 318-14, ACI 318-11 and ACI 318-08.

The program can display the results on drawings. These drawings can be composed of an on-plan view of the foundations and description tables of the pad footings, pile caps and piles that have been used.

Versions features of StruBIM Foundations

StruBIM Foundations	FREE	PRO	EXPERT
Import structural model	V	V	V
IFC files	V	V	V
XML files	V	V	V
Import analysis model	V	V	V
XML files	V	V	V
StruBIM Analysis	V	V	V
Local analytical models of floors		V	V
Generation of local analytical models		V	V
Edit		V	V
Linear analysis		V	V
Analysis engine selection		V	V
CYPE Frontal Solver analysis engine		V	V
OpenSees analysis engine (is acquired separately with the FREE, PRO and EXPERT versions)
Reinforced concrete standards	V	V	V
ACI-318-08	V	V	V
ACI-318-11	V	V	V
ACI-318-14	V	V	V
Steel codes		V	V
AISC-360-10		V	V
Units system configuration	V	V	V
Material properties	V	V	V
Reinforcement diameters for concrete elements	V	V	V
Footings	V	V	V
Pile caps		V	V
Concrete beams	V	V	V
Edit continuous reinforcement and additional reinforcement	V	V	V
Check taking into account the reinforcement that has been provided	V	V	V
Design with continuous reinforcement	V	V	V
Design with continuous reinforcement and additional reinforcement		V	V
Force graphs for load cases and combinations	V	V	V
Required reinforcement area graphs	V	V	V
Steel beams		V	V
Check		V	V
Design		V	V
Force graphs for load cases and combinations		V	V
Concrete slabs			V
Edit base reinforcement and additional reinforcement			V
Check taking into account the reinforcement that has been provided			V
Base reinforcement design			V
Force contour maps and forces for load cases and combinations			V
Contour maps of required reinforcement areas			V
Punching shear check			V
Edit and check punching shear reinforcement			V
Design of shear and punching shear reinforcement			V
Edit post-tensioned tendons			V
Check taking into account post-tensioning effects			V
Ground bearing slabs			V
Generation of DXF/DWG drawings	V	V	V
Footings table	V	V	V
Pile caps table		V	V
Floor plans	V	V	V
Slab reinforcement			V
Beam tables	V	V	V

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