Images and Models to Download

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Modern office building architecture made of steel with a clear structure.
Office Building in Steel
Z Purlins are used to support a monopitch metal roof. The image shows the structural configuration and spacing of the purlins providing stability and load distribution.
Z Purlins on Monopitch Roof
Self-supporting tower panel showing structural framework with detailed engineering components.
Model 004401 | Self-Supporting Tower Panel
Detailed view of a complex steel hall structure with connection elements.
Steel Structure Model
Simulation of wind effects on rooftop equipment using RWIND in a 3D model.
Rooftop Equipment Design in RWIND Simulator
Results of RWIND such as Nodal Forces in Paraview
Results of RWIND such as Nodal Forces in Paraview
Working Directory for Temporary File
Working Directory for Temporary File
Model 004923 | SPT012 | Space Truss | Hyperbolic Paraboloid
Model 004923 | SPT012 | Space Truss | Hyperbolic Paraboloid
Search text box in the Dlubal Online Manual for technical inquiries
Search Function in Online Manual
This image displays an aluminum extrusion model designed for ADM 2020 with clear local buckling characteristics.
Aluminum Extrusion | ADM 2020
The image shows a cross-section of aluminum with clearly defined edges.
Aluminum Cross-Section
The image shows a detailed aluminum cross-section with clearly defined contours.
Model 004119 | Aluminum Cross-Section
This image illustrates the analysis of joint-structure interaction using RFEM 6 and RSTAB 9.
Knowledge Base | Considering Joint-Structure Interaction in RFEM 6 and RSTAB 9
The image displays an illustrative bridge with defined technical details.
Illustrative Bridge
Substructure static analysis for a residential building construction project.
Static Analysis of Substructure for Apartment Construction
The image shows the RFEM model of the LaPendenta suspension bridge in Disentis/Mustér with a detailed deformation analysis.
LaPendenta Hängebrücke | Deformationsanalyse
The image shows the RFEM model of the LaPendenta suspension bridge in Disentis/Mustér, Switzerland.
LaPendenta Suspension Bridge | Disentis/Mustér | Grisons
The RFEM model of the LaPendenta suspension bridge in Disentis/Mustér shows precise structural design and stable cable structure.
Model of LaPendenta Suspension Bridge | Disentis/Mustér
The RFEM model shows the LaPendenta suspension bridge in Disentis/Mustér, constructed using modern cable and lightweight structure technology.
LaPendenta Suspension Bridge | Longest Pedestrian Bridge in Grisons
The image shows the hierarchical control between load transfer surfaces and floor slabs in RFEM 6.
Load Transfer Surfaces in Building Model
The INAIL Ancona Headquarters LI2 project is shown in Italy.
Customer Project | INAIL Ancona Headquarters, LI2 | Italy
The image depicts the INAIL Ancona Headquarters in Italy as a customer project.
INAIL Ancona Headquarters Project | Italy
The customer project at INAIL Ancona Headquarters in Italy is depicted.
Customer Project | INAIL Ancona Headquarters, Italy
The image shows the facade of the INAIL Ancona Headquarters project in Italy.
Customer Project | INAIL Ancona Headquarters, LI1
The image shows the Anchor member type, which is supported in the soil solid and allows for the input of parameters for the tension member part and grout body.
Member Type “Anchor” for Geotechnical Analysis
Optimized Model
Optimized Model
This image shows the INAIL Ancona Headquarters in Italy as part of a customer project.
Customer Project | INAIL Ancona Headquarters, Italy
The tool automatically creates rigid members between adjacent objects when the node option is active.
Type for "Nodal Connection"
The image displays import options for AutoCAD, DXF and DXF II in RFEM 6.
AutoCAD, DXF And DXF II Import Options | RFEM 6
The portrait shows Kevin Laze of KLAB Ingénierie expressing his satisfaction with using CRANEWAY.
Portrait | Kevin Laze
Our new colleague Petr is pictured in an office in Prague.
New Colleague Petr | Prague Office
The steel stage shows tapered rigid frame joints as steel connections.
Steel Stage | Tapered Frame Joints as Connections
Das Modell zeigt eine biegesteife Rahmenecke mit dem Stabtyp Flächenmodell, der Verbindungsdetails präzise abbildet.
Biegesteife Rahmenecke mit Stabtyp 'Flächenmodell'
Das Bild zeigt eine Trägerkreuzung mit integrierter Flächenkontakt-Komponente.
Trägerkreuzung mit Komponente 'Flächenkontakt'
Das Bild zeigt einen geschraubten Laschenstoß als Verbindungselement.
Geschraubter Laschenstoß | Anschlussdetail
Das Bild zeigt einen biegesteifen Anschluss mit Komponente 'Stummel'.
Anschluss mit Komponente 'Stummel'
Paul and Eike are both starting full-time at Dlubal Software!
Paul and Eike are both starting full-time at Dlubal Software
The portrait shows Mr. Philippe Piron of Global Design Technology, a customer of Dlubal Software, Customer Review 257.
Portrait of Philippe Piron, Global Design Technology Company, Customer Review 257
The image compares seismic forces by neglecting and including nonlinear tension member behavior in response spectrum analysis.
Seismic Force Comparison | Tension Member Nonlinearities
The image shows the member type “Cable on Pulleys” which absorbs only tensile forces and is simulated as a pulley system.
Member Type Cable on Pulleys | Simulation of Pulley System
Das Bild zeigt einen biegesteifen Stahlanschluss mit Rippen, der für hochbelastete Konstruktionen entwickelt wurde.
Stahlanschluss mit Rippen
Ein Carport aus Stahl wird mit präzisen Stahlanschlüssen und detaillierten Stahl-Verbindungsdetails gezeigt.
Stahlcarport mit Verbindungsdetails
The image shows a user interface for creating and editing multi-prints.
Result Documentation | Multi-Print
The application documents results by integrating graphics into the printout report.
Documentation of Results | Printout Report Graphics
The image shows how to select report elements in the Printout Report Manager.
Result Report | Printout Report Manager
The image shows a result output that is organized by member number or mode shape number.
Result Output | Member Number and Mode Shape
The program visualizes the result output by member number or mode shape number.
Result Display | Member Number and Mode Shape
The diagram categorizes the results of eigenvalue analyses according to mode shape.
Results by Mode Shape