Export to Excel#

Exports the analysis results of the currently active system into an Excel file *.xlsx.
The results can be exported either only for Revit load cases (single load cases where loads have been defined in Revit) or for all load cases available in the SOFiSTiK Database (also design load cases etc.).
Additionally, general information about the project, the export itself as well as the load cases are also provided in sheets General and Load Cases.

General#

Protocols general information about the export:

date and time of export
path of the Excel Workbook where the export was conducted
version of the software which made the export
path of the Revit project from which data was exported
name of the SOFiSTiK Database from which data was exported
name of the design code used in this project
category and number of elements for which results were exported

Load Cases#

The following information about loadcases is provided:

Column in the Excel file	Description
Loadcase Id	Identification number of the loadcase in SOFiSTiK’s database (`*.cdb`)
Name	Name describing the loadcase in SOFiSTiK’s database
Type	Type of the loadcase action according to SOFiSTiK’s classification
SOFiSTiK Action	Name of the Load Action to which the loadcase is assigned

Members with Structural Role Beam#

The following information and results about beams is provided:

Beams#

Column in the Excel file	Description
Revit Element Id	Identification number of element in the Revit model (as provided in Revit by Manage Tab ‣ Inquiry Panel ‣ IDs of selection)
Level	Revit level-related property of the element
SOFiSTiK Id	Identification number of the structural element in SOFiSTiK’s database (`*.cdb`)
SOFiSTiK Name	Name as provided in the panel SOFiSTiK Structural Properties (and also value of the shared parameter `SOFiSTiK_Name`) for the element
Grid Location Start	Element position in Revit according to the grid’s raster
Grid Location End	Element position in Revit according to the grid’s raster
Length [m]	Length of the element in Revit
Primary Material	SOFiSTiK name of the main material used in the element’s cross section
Reinforcement	SOFiSTiK name of the reinforcing material used in the element’s cross section
Type	Type of the element’s cross section (rectangular or circular or other)
Sec Width [m]	Width of the element’s cross section (or diameter for circular sections)
Sec Height [m]	Height of the element’s cross section (or diameter for circular sections)

Beam Forces#

Column in the Excel file	Description
Revit Element Id	Identification number of element in the Revit model (as provided in Revit by Manage Tab ‣ Inquiry Panel ‣ IDs of selection)
SOFiSTiK Id	Identification number of the structural element in SOFiSTiK’s database (`*.cdb`)
Loadcase	Identification number of the loadcase in SOFiSTiK’s database (`*.cdb`)
Location	Relative position along the element’s length where the results is returned. 0 being the Start of the element and 1 being the End of the element.
N [kN] \| My [kNm] \| Mz [kNm] \| Vz [kN] \| Vy [kN]	Internal forces and moment values at this location of the element

Members with Structural Role Column#

The following information and results about columns is provided:

Columns#

Column in the Excel file	Description
Revit Element Id	Identification number of element in the Revit model (as provided in Revit by Manage Tab ‣ Inquiry Panel ‣ IDs of selection)
Base Level	Revit level-related property of the element
Top Level	Revit level-related property of the element
SOFiSTiK Id	Identification number of the structural element in SOFiSTiK’s database (`*.cdb`)
SOFiSTiK Name	Name as provided in the panel SOFiSTiK Structural Properties (and also value of the shared parameter `SOFiSTiK_Name`) for the element
Grid Location	Element position in Revit according to the grid’s raster
Height [m]	Height of the element in Revit
Primary Material	SOFiSTiK name of the main material used in the element’s cross section
Reinforcement	SOFiSTiK name of the reinforcing material used in the element’s cross section
Type	Type of the element’s cross section (rectangular or circular or other)
Sec Width [m]	Width of the element’s cross section (or diameter for circular sections)
Sec Height [m]	Height of the element’s cross section (or diameter for circular sections)

Column Forces#

Column in the Excel file	Description
Revit Element Id	Identification number of element in the Revit model (as provided in Revit by Manage Tab ‣ Inquiry Panel ‣ IDs of selection)
SOFiSTiK Id	Identification number of the structural element in SOFiSTiK’s database (`*.cdb`)
Loadcase	Identification number of the loadcase in SOFiSTiK’s database (`*.cdb`)
Location	Relative position along the element’s height where the results is returned. 0 being the Bottom of the element and 1 being the Top of the element.
N [kN] \| My [kNm] \| Mz [kNm] \| Vz [kN] \| Vy [kN]	Internal forces and moment values at this location of the element

Panels with Structural Role Wall#

Export to Excel provides information and results about walls.

The values provided under Wall Forces are integrated from the QUADs Finite Element forces and moments. Along the wall’s height, this integration is conducted over the complete length and thickness of the wall.

Important

Wall Resultants cannot be processed by SOFiSTiK automatic superposition and enveloping mechanisms. If you wish to obtain envelops or superpositions results for wall elements, please activate and use Design Elements.

Walls#

Column in the Excel file	Description
Revit Element Id	Identification number of element in the Revit model (as provided in Revit by Manage Tab ‣ Inquiry Panel ‣ IDs of selection)
Base Level	Revit level-related property of the element
Top Level	Revit level-related property of the element
SOFiSTiK Id	Identification number of the structural element in SOFiSTiK’s database (`*.cdb`)
SOFiSTiK Name	Name as provided in the panel SOFiSTiK Structural Properties (and also value of the shared parameter `SOFiSTiK_Name`) for the element
Grid Location Start	Element position in Revit according to the grid’s raster
Grid Location End	Element position in Revit according to the grid’s raster
Length [m]	Length of the element in Revit
Height [m]	Height of the element in Revit
Thickness [m]	Thickness used for the element
Primary Material	SOFiSTiK name of the main material used in the element’s cross section
Reinforcement	SOFiSTiK name of the reinforcing material used in the element’s cross section

Wall Resultants#

Column in the Excel file	Description
Revit Element Id	Identification number of element in the Revit model (as provided in Revit by Manage Tab ‣ Inquiry Panel ‣ IDs of selection)
SOFiSTiK Id	Identification number of the structural element in SOFiSTiK’s database (`*.cdb`)
Loadcase	Identification number of the loadcase in SOFiSTiK’s database (`*.cdb`)
Location	Relative position along the element’s height where the results is returned. 0 being the Bottom of the element and 1 being the Top.
N [kN] \| My [kNm] \| Mz [kNm] \| Vz [kN] \| Vy [kN]	Internal forces and moment values at this location of the element

Design Elements#

In SOFiSTiK, a Design Element is a curve with Cross Section(s), which is used to integrate forces of Finite Elements. It provides design inputs for a structural member at given Loadcases and Locations along the curve independent of the FE model.

The following information and results about Design Elements is provided:

Design Elements#

Column in the Excel file	Description
SOFiSTiK Id	Identification number of the design element in SOFiSTiK’s database (`*.cdb`)
SOFiSTiK Name	When applicable, name of the member (as provided in the panel SOFiSTiK Structural Properties) directly linked to the design element
Length [m]	Length of the design element
Revit Element Category	When applicable, Revit category of the member directly linked to the design element
Revit Element Id	When applicable, identification number of the member directly linked to the design element in the Revit model (as provided in Revit by Manage Tab ‣ Inquiry Panel ‣ IDs of selection)

Design Elements Forces#

Column in the Excel file	Description
DSLN Id	Identification number of the design element in SOFiSTiK’s database (`*.cdb`)
Loadcase	Identification number of the loadcase in SOFiSTiK’s database (`*.cdb`)
Location	Relative position along the design element’s length, resp. height, where the results is returned. 0 being the Start, resp. Bottom, of the element and 1 being the End, resp. Top, of the element.
X [m] \| Y [m] \| Z [m]	Coordinates of the reference point where the forces and moments are determined for the design element
N [kN] \| My [kNm] \| Mz [kNm] \| Vz [kN] \| Vy [kN]	Internal forces and moment values at this location of the element

Supports and Boundary Conditions#

Sheets Supports and Support Forces provides results everywhere supporting conditions are present in SOFiSTiK’s database. This includes where Revit Boundary Conditions are present as well as, for subsystems, where supporting elements are present.

The following information and results about supports is provided:

Supports#

Column in the Excel file	Description
Revit Element Id	Identification number of element in the Revit model (as provided in Revit by Manage Tab ‣ Inquiry Panel ‣ IDs of selection)
Element Category	Name of the element’s Revit category
SOFiSTiK Id	Identification number of the structural element in SOFiSTiK’s database (`*.cdb`)
SOFiSTiK Name	Name as provided in the panel SOFiSTiK Structural Properties (and also value of the shared parameter `SOFiSTiK_Name`) for the element
Grid Location Start	Element position in Revit according to the grid’s raster
Grid Location End	Element position in Revit according to the grid’s raster

Supports Forces#

Column in the Excel file	Description
Revit Element Id	Identification number of element in the Revit model (as provided in Revit by Manage Tab ‣ Inquiry Panel ‣ IDs of selection)
SOFiSTiK Type	Type of the element in the SOFiSTiK database (`SLN` being a structural line and `SPT` a structural point)
SOFiSTiK Id	Identification number of the structural element in SOFiSTiK’s database (`*.cdb`)
Loadcase	Identification number of the loadcase in SOFiSTiK’s database (`*.cdb`)
PX [kN] \| PY [kN] \| PZ [kN] \| MX [kNm] \| MY [kNm] \| MZ [kNm]	Reaction forces and moment at boundary condition elements as well as at supporting elements in subsystems. Line Supports (of type `SLN`) show the summed reaction force or moment over the complete line support’s length.

Additional Information#

Important

Results provided for Walls (Resultant Forces) are integrated Finite Element Results over the complete length and thickness of the walls.

They are sensitive to the mesh quality of the Finite Element Model (especially the amount of Finite Elements along the wall’s height).

Note

The results in Excel are provided in the following Coordinate Systems:

Beam and Column Support results are in the local coordinate system of the Revit analytical element
Wall results are with X going upwards, Y orthogonal to the element’s plane and Z in the element’s plane
Support results are in the global coordinate system of the Revit model