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  Steel Frame Bridge

Model description 
ICDAS YouTube Channel   ICDAS SFB 2017.00R 



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Steel Bridge Model
Examples



Model description



Input



Geometry model



Analysis model



Landscape model



Basis of Design &

Documentations



Workflow of Software



Additional features



Rendering & Animation 



Case Study and 
Research



Subscription 


























 

Welcome to software for automatic creation of Steel Frame Bridges, ICDAS SFB 2017.00R


This section (and sections on the left menu) is a brief introduction to working with automatic model

creation of Steel Frame Bridges. It describes the basic methodology and is not contained all ICDAS 

tools and descriptions. All examples are generic for worldwide use and do not conform to specific

company standards. Refer to a ICDAS licence for more details on all parameters and guides to your

project.

 

To automate geometry and analysis models, you need licence for the following software

which are run in Window 7 and 8 operative system:

 

§      ICDAS SFB 2017.00R


§      Revit 2017 (also available on 2016)


§      Lusas Bridge V15.2-3 (also on previous version)


§      Input Excel or normal text file. For Excel both of format *.xlsx

      and *.xls are available, (*.xlsx with 1048576Rows*16384Columns).

      Alternatively, NotePadd++ is recommended for text input (freeware code editor). 


Geometry model

 

ICDAS SFB 2017.00R create geometry model automatically in Revit from Excel (or text) input file.

Once 3D geometry model is obtained in Revit, the user can create all 2D sections for drawing

dimensions.The bridge is created in relative coordinate at origin (0,0,0) for both of Revit and Lusas

models. Once the absolute coordinates are know, the user can replace the origin point with (X,Y,Z)

in input, and run the model again. All created 2D drawings and sheets will be updated accordantly.

Figure below shows automatic creation of steel frame deck in Revit. Enlarge this image you will see

the spaces at intersections of beams and diagonals, which are ready for Revit structural connections.  

 

Figure 1: Revit parametric model of Steel Frame Deck, 16x60m.

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Steel structural connection

 

See Revit 2017 New Structural Features.



Analysis model

 

When create geometry model in Revit (by run ICDAS add-ins in Revit) a Lusas*.cmd file is also created.

Import this file in Lusas, the user will obtain analysis model (FEM) created automatically. The FEM model

is also included loads on bridge in case they are activated in input (the first UDL is non zero).

 

Figure below shows automatic creation of steel frame deck in Lusas Bridge. Enlarge the image you will see
the shell elements are integrated with the beam elements longitudinal and transverse. The piers have been
manually created using predefined cross section stored in ICDAS Lusas template file.



Figure
: LUSAS FEM parametric model of Steel Frame Bridge, 16x60m.


Load model

 

Automatic loads creation free your time to define and assign loads on bridge. Further, single loadcases,

basis combinations, envelope of single loadcases, envelope of basis combinations, smart combinations

and final envelope of smart combinations in Lusas are all automatically created. It is ready for you to

analyse and document the bridge.

 

Figure below shows Lusas model where some concrete shell elements (green surfaces) are shown above
the steel frame. Further, load on bridges are also automatically created on each surface creating the
concrete deck. The UDL (Uniformly Distributed Load) is shown in light-blue colour as a single case act on
a single surface. Lusas "smart combinations" of loads will combine these single surface cases and found
out which cases yield Max/Min result at a selected node on bridge. See further in Arch Bridge 
Loads Model.






Updated 17-06-2016

 

123456789_123456789_1123456789ICDAS  •  Hans Erik Nielsens Vej 3  •  DK-3650 Ølstykke  •   E-mail: helena@icdas.dk   •  Tel.: +45 29 90 92 96  •  CVR no.: 34436169