~CFABOUT .

Indicates the version, product and additional CivilFEM modules.

~CFACTIV .

Indicates the selection and status of the of the selected CivilFEM module.

~CFEXIT .

Stops the run and returns control to the system.

~CFCLEAR .

Deletes Simultaneously CivilFEM and ANSYS databases.

~CFCONFG .

Modifies or lists CivilFEM configuration parameters.

~CFRESUM .

Retrieves CivilFEM and ANSYS databases.

~CFSAVE .

Stores CivilFEM and ANSYS databases.

~CODESEL .

Defines the active codes.

~INICVF .

Checks security and activates the user routines.

~UNITS .

Defines the user units system.

~CFGET .

Obtains values from the CivilFEM database and stores them in a user defined parameter.

~CFFILE2 .

Specify different RCV files from which to read the load steps for checking with the ACI359 code.

~CFRAPPN .

Appends results data from the database to the CivilFEM results file.

~CFVGET .

Retrieves values into an array parameter.

~CFVLEN .

Specifies the number of rows to be used in array parameter operations.

~CFVMASK .

Specifies an array parameter as a masking vector.

~CSIQR .

Obtains values from the cross sections and stores them in a user defined parameter.

~FMREAD .

Import the forces and moments results (of the selected elements) from an ASCII file to the RCV file.

~FMWRITE .

Export the forces and moments results (of the selected elements) to an ASCII file.

~VWHTML .

Exports numerical arrays created from ANSYS or CivilFEM commands to a HTML table.

~VWTXT .

Exports numerical arrays created from ANSYS or CivilFEM commands to a TXT table.

~VWXLS .

Exports numerical arrays created from ANSYS or CivilFEM commands to Microsoft Excel.

~LSTFMT .

Forces the results output to TXT or HTML format, independently from the configuration at Civil Setup.

~UPDATE .

Updates the selected entities in the CivilFEM data base to the active time.

~VERIF .

Verifies the consistency of CivilFEM’s data base.

~ACTMAT .

Kills or makes alive parts of the structure according to the materials activation and deactivation times.

~BLFLST .

List materials properties defined by CivilFEM.

~CFMP .

Defines or modifies material properties.

~CFMPDEL .

Deletes CivilFEM material properties.

~CFMPGEN .

Generates copies of CivilFEM materials.

~CFMPLIB .

Organizes and creates the user material library.

~CFMPLST .

Lists CivilFEM material properties.

~CBDMS .

Defines cable cross sections by dimensions.

~CSDEL .

Deletes cross sections.

~CSECDMS .

Defines concrete cross sections by dimensions.

~CSGEN .

Generates copies of cross sections.

~CSLST .

List CivilFEM cross section’s properties.

~CSLIB .

Organizes and creates the user section library.

~CSMRG .

Creates CivilFEM cross section as a composition of 2 existing sections.

~RNFDEF .

Defines reinforcement in cross sections.

~RNFMDF .

Modifies cross section’s reinforcement data.

~SEC2DIN .

Imports a cross sections defined in ANSYS by means of nodes and elements.

~SEC2DOU .

Exports a CivilFEM cross section to ANSYS nodes and elements.

~SECMDF .

Modifies the data of cross sections.

~SSECDMS .

Defines a steel cross section by dimensions.

~SSECLIB .

Defines a steel cross section by library.

~SSECPLT .

Defines a steel section by plates.

~TREFINE .

Increments the number of cross section’s points and tessella.

~SHLDEL .

Deletes shell vertices.

~SHLGEN .

Generates copies of shell vertices.

~SHLIPSH .

Defines the in-plane shear reinforcement of a concrete shell vertex

~SHLLST .

Lists properties of shell vertices.

~SHLMDF .

Modifies the properties of shell vertices.

~SHLRNF .

Defines a shell vertex.

~MEMBDEL .

Deletes sets of member properties.

~MEMBGEN .

Generates copies of sets of member properties.

~MEMBLST .

List of CivilFEM member properties.

~MEMBPRO .

Defines member properties.

~BMSHDEL .

Deletes sets of beam and shell properties.

~BMSHGEN .

Generates copies of sets of beam and shell properties.

~BMSHLST .

Lists beam and shell properties.

~BMSHOFF .

Defines nodes position in a beam or shell.

~BMSHPRO .

Defines a set of beam and shell properties.

~VARTH .

Modifies Shell Properties of the elements of a meshed area to have the specified variable thickness.

~SLDDEL .

Deletes solid sections.

~SLDLST .

Solid sections list.

~SLDMDF .

Modifies a solid section.

~SLDSEC .

Defines a solid section.

~COST .

Evaluates the cost of the structure.

~COSTLST .

Lists the cost of the structure.

~SD2SH .

Creates a shell structure at the mid-plane of a solid model and projects the results of the solid model into the shells.

~WEIGHT .

Calculates the weight of the structure.

~FRMBS .

Flanges definition for a frame.

~FRMCPY .

Copy frames.

~FRMCR .

Brackets definition for a frame.

~FRMDEF .

Geometric definition of a frame.

~FRMDEL .

Delete frames.

~FRMGEN .

Predesign the frame reinforcement.

~FRMGT .

Properties of the terrain surrounding the frame.

~FRMLDS .

Load data definition for a frame predesign.

~FRMLST .

List frame properties.

~FRMMDL .

Creates a finite element model from the predesigned frame.

~FRMVHS .

Geometric definition of the vehicle load used to predesign a frame.

~FRTRCK .

Vehicle loads definition for the predesign of a frame.

~ACTTIME .

Modifies CivilFEM’s active time.

~CFLSWRT .

Writes load and load step option data to a file.

~ALTER .

Specifies the number of the alternative to write.

~CFSET .

Defines the ANSYS data set and CivilFEM alternative to be read from ANSYS and CivilFEM result files.

~CMBDAT .

Points to original or combined results.

~MOD_SF .

Defines a ‘Data Set’ in CivilFEM results file, concomitant with the actual ‘Data Set’ of ANSYS.

~RCVWRT

Creates a new CivilFEM results file, writing the results from the database as Dataset 1

~GRCSSTR .

Export stresses and strains inside the section to a BMP file.

~PLCSSTR .

Plots stresses and strains inside the section.

~PLLSFOR .

Plots the forces and moments on beam elements.

~PLLSSTR .

Plots the stresses on beam elements.

~PRFOR .

List of forces and moments in beam elements and solid sections.

~PRSTR .

List of stresses and strains in beam elements and solid sections.

~PLSHFOR .

Plots forces and moments in shells.

~PLSHSTR .

Plots stresses and strains in shells.

~CMB .

It loads the combined results corresponding to Target.

~CMBCLR .

Initializes the combination module.

~CMBDEF .

Defines a combination rule.

~CMBDEL .

Deletes the specified combination rules.

~CMBINQ .

Informs of the coefficients and Start States used to obtain a Target in a point of the model and loads the combined concomitant results in all the model with the calculated target in the requested point.

~CMBLST .

Lists specified combination rules data.

~CMBPRM .

Makes combinations over parameters.

~CMBSTAT .

Lists all available combination module data.

~COMBINE .

Begins the combination rules calculation process.

~ENVDEF .

Defines the alternative set to which the result envelope is to be made.

~ENVDEL .

Deletes alternatives from the alternative set to which the result envelopes are to be made.

~ENVELOP .

Starts the calculations of alternative envelopes.

~LINCMB .

Creates all the linear combinations as additional datasets.

~LINLST .

Lists all the datasets showing its precedence from linear combinations.

~STSTCFT .

Defines the Start States coefficients of a combination rule.

~STSTDEF .

Defines the Start States that belong to a combination rule.

~TREFINE .

Increments the number of section’s points and tessella.

~TRGDEF .

Defines a Target.

~TRGDEL .

Deletes Targets.

~TRGLST .

Lists the Targets.

~TRGUPT .

Defines or deletes a user point associated to a point of a cross section and a stress or strain component.

~CHKSTL .

Checks structural steel cross sections.

~DIMSTL .

Designs structural steel cross sections.

~GRCSBS .

Exports the checking results according to British Standard 5950 at section level to a BMP file.

~GRCSEC3 .

Exports the checking results according to Eurocode 3 at section level to a BMP file.

~HCLPFST

Checks HCLPF for structural steel cross section.

~PLCSBS  .

Draws the checking results according to British Standard 5950 at section level.

~PLCSEC3 .

Plots the checking results according to Eurocode 3 at section level.

~PLLSSTL .

Plots the results of structural steel beams calculation.

~PLSHCLP

Plots the results of structural steel beams HCLPF calculation

~PRSTL .

Lists results of checking and design for beam elements and solid sections.

~PRSHCLP

Lists results of structural steel beams HCLPF calculation

~CHKCON .

Checks reinforced concrete cross sections and shell vertices.

~CALSERC .

Pre designs a reinforced concrete rectangular section by parameters.

~CLPRD .

Pre designs concrete rectangular sections for the selected elements.

~DIMCON .

Designs cross sections and reinforced concrete shell vertices.

~GRCSCON .

Exports concrete cross section axial load+biaxial bending checking result to a BMP file.

~HCLPFCN

Checks HCLPF for reinforced concrete cross sections and shell vertices

~IDHCLPF

Plots the interaction diagram in 2D for HCLPF

~PLCSCON .

Plots concrete cross section axial load+biaxial bending checking result.

~PL2DINT .

Plots the Interaction diagram in 2D.

~PLHCLPF

Plot the results of reinforced concrete cross sections and shell vertices HCLPF calculation.

~PLLSCON .

Plots concrete beam checking and design results in concrete beams.

~PLSHCON .

Plots results of shell reinforcement calculation.

~PR2DINT .

Lists the Interaction diagram.

~PRCON .

Lists results of checking and design for beam elements and solid sections.

~PRHCLPF

Lists results of reinforced concrete cross sections and shell vertices HCLPF calculation.

~SBPAR .

Designs a rectangular section under bending moment.

~CRLTCOM .

Associates a commentary to a correlation.

~CRLTDEF .

Defines a correlation for soil or rock material.

~CRLTDEL .

Deletes correlations of a file.

~CRLTLST .

Lists all correlations contained in a file.

~CRLTUSE .

Applies a correlation to the indicated soil or rock material properties.

~TERDEF .

Earth Definition.

~TERDEL .

Earth Deletion.

~TERGEN .

Earth Copying.

~TERLST .

Earth Listing.

~EFSAPPL .

Applies the calculated ballast module to the foundation elements.

~EFSCALC .

Calculates the ballast module in an user defined foundation.

~EFSLST .

Lists foundation properties.

~WALLANC .

Defines the anchorage.

~WALLGEN .

Definition of elements forming the wall.

~WALLINI .

Initializes data.

~WALLJNT .

Defines the anchorages between the first and second wall.

~WALLMOD .

Generates the model.

~WALLSOL .

Model solving.

~WALLSTP .

Defines excavation steps.

~GRSLPD .

Exports the slope stability model to a BMP file.

~GRSLPR .

Exports the results of a slope stability analysis to a BMP file.

~REDEF .

Define or modify reinforced earth group.

~REDEL .

Delete reinforced earth group.

~SLPCIR .

Introduction of points defining the circle mesh (input by coordinates).

~SLPCIRK .

Introduction of points defining the circle mesh (input by keypoints).

~SLPIN .

Capture an ANSYS model through nodes to perform a slope stability analysis.

~SLPINK .

Capture an ANSYS model through keypoints to perform a slope stability analysis.

~SLPLST .

Lists slope stability data and results.

~SLPOPT .

Optional parameters.

~SLPPOL .

Defines the points that generate the Janbu’s polygonal.

~SLPPWP .

Defines the interstitial pressure lines in the model.

~SLPSOL .

Solves the model.

~SLPTAN .

Introduction of points defining the tangential mesh (input via coordinates).

~SLPTANK .

Introduction of points defining the tangential mesh (input by keypoints).

~DAHEAD .

Generates a constant piezometric head as a boundary condition on an area.

~DASEEP .

Generates a seepage boundary condition on an area.

~DLHEAD .

Generates a constant piezometric head as a boundary condition on a line.

~DLSEEP .

Generates a seepage boundary condition on a line.

~EFFPRES .

Plot the effective stress existing in the model.

~ISOBAR .

Plot pore water pressure results.

~LPRNSOL .

List the nodal results when the CivilFEM’s seepage commands have been used.

~LPSOLVE .

Solve seepage model.

~PLSEEP .

Plots seepage results.

~SBCANNT .

Generates annotations from the seepage boundary conditions defined on the solid model

~SEEPAGE .

Activates the Seepage Module

~SEEPMOD .

Generates the finite element model from a line set.

~WATTAB .

Defines the saturation line.

~WTSLP .

Transfers the pore water pressure results to the slope calculation routines.

~WTSOLVE .

Initialize the model optimization solver.

~CFHBRD .

Reads changes carried out on CivilFEM rock materials.

~CFHBWR .

Write the changes carried out on the CivilFEM rock materials in a file.

~HBSOLVE .

Solve the model applying the Hoek & Brown failure criteria.

~PLHBMAT .

Plot the material properties variation.

~CFFL3D .

Exports an ANSYS+CivilFEM model to FLAC3D by generating a FISH file.

~FL3DRES .

Import FLAC results and store them into CivilFEM results file.

~TIS .

Defines terrain initial stress.

~TETHEX .

Transforms an ANSYS tetrahedral model into an hexahedral model.

~ETHSF .

Calculates and applies a ground pressure on selected solid and plane elements.

~ETHSFE .

Calculates and applies a ground pressure on selected beam, shell and surface elements.

~GTPD .

Reads a file with the needed data to predesign a poligonal pile caps.

~TN2DIN -

Captures the meshed cross section of the tunnel.

~TNADDEL -

Defines a stretch of the tunnel in elevation view.

~TNADDPL -

Defines a stretch of the tunnel in plan view.

~TNADV -

Specifies the advance length of the successive stages of construction.

~TNGEN -

Generates the finite element model of the tunnel.

~TNINIP -

Defines the initial direction vector and point of the tunnel path.

~TNSKTCH -

Generates the tunnel path.

~TPHASE -

Plots the elements of a phase.

~TPLST -

Lists the correspondence of advances and phases with load steps.

~TPOST -

Generates abbreviations for postprocessing.

~TPSET -

Reads the results corresponding to a given advance and phase.

~TSOLVE -

Solves the model between two specified advances.

~TSTEP -

Defines the excavation or construction phases of the tunnel.

~TTRUSS -

Defines necessary data to generate the trusses.

~BRADDEL .

Definition of bridge layout in elevation.

~BRADDPL .

Defines in plant view the road section of the bridge.

~BRANG .

Defines the angular units type for the road MP’s line definition.

~BRBC .

Situates the supports in the vertical division lines of the section.

~BRDEF .

Deletes the last section introduced in the front view.

~BRDELEL .

Deletes the last section introduced in elevation.

~BRDELPL .

Deletes the last section introduced in plan view.

~BRGEN .

Generates the bridge model.   

~BRHL .

Defines hollows in the cross section.

~BRHLDEL .

Deletes hollows in the bridge section.

~BRHLMDF .

Modifies holes of hollow sections.

~BRINIP .

Defines the starting point and direction from which the bridge model is generated.

~BRIQR .

Retrieves information relative to the road axis properties of a given MP.

~BRMVDL .

Divides the cross section in sections to obtain the bridge transversal reinforcement.

~BRPLST .

Lists the parameters of the bridge layout definition in plan and elevation view.

~BRSBOX .

Defines a cross section in a box cross-section bridge.

~BRSCN .

Defines the different outlines of the bridge transverse cross section.

~BRSDEL .

Deletes bridge transverse cross sections.

~BRSGEN .

Generates copies of bridge transverse cross sections.

~BRSLST .

Lists properties of CivilFEM bridge transverse cross sections.

~BRSKTCH .

Plots the bridge road axis (MP’s line).

~BRSLST .

List CivilFEM cross bridge’s properties.

~BRSMDF .

Modifies cross sections data in the CivilFEM’s bridge.

~BRSSLAB .

Defines the different outlines of the bridge transverse cross section.

~BRSTOCS .

Creates a beam cross section from a bridge cross section.

~BRAC .

Reads a file with the needed data to build a predesigned arch bridge.

~BRCS .

Reads a file with the needed data to build a predesigned cable-stayed bridge.

~BRPD .

Reads a file with the needed data to build a predesigned suspension or supported bridge.

~BLCBDEL .

Deletes cable groups.

~BLCBEND .

Ends prestressed cable definition.

~BLCBLD .

Loads cables on the model without assigning them into families.

~BLCBPA .

Prestressing cable definition.

~BLCBST .

Prestressing cable definition (cable ID).

~BLF2CMB .

Generation of a load combination, from families, turning all families into CiviIFEM’s load combinations.

~BLFDEL .

Deletes load families.

~BLFDF .

Defines the load family.

~BLFLST .

List material properties defined by CivilFEM.

~BLPL .

Defines prestressed loads and assigns them to the family.

~BLPLPL .

Represent the tendons as keypoints and lines.

~BLSA .

Overloads generation.

~BLSB .

Overloads generation.

~BLSEND .

Ends overloads generation.

~BLSOLVE .

Calculates all the single load steps from the bridge module.

~BLSST .

Overloads generation.

~BLSTF .

Defines the families’ minimum ID number.

~BLVA .

Definition of the vehicle type.

~BLVB .

Definition of the vehicle type.

~BLVC .

Definition of the vehicle type.

~BLVD .

Definition of the vehicle type.

~BLVDEL .

Deletes a vehicle.

~BLVEND .

Ends the definition of the vehicle type.

~BLVGEN .

Copy vehicles.

~BLVLIB .

Load a vehicle from the library.

~BLVLST .

List vehicles properties.

~BLVMDF .

Modifies vehicle properties.

~BLVR .

Definition of mobile loads.

~BLVST .

Definition of the vehicle type.

~BLWRITE .

Assigns loads to families.

~CPDEF .

Defines the bridge construction process.

~CPSTDEF .

Defines the properties of a construction step.

~CFLSSLV .

Reads and solves multiple load steps taking into account the construction process.

~PCDEL .

Delete the tendons actions applied on the finite elements model.

~PCEDEF .

Adds a control point, elevation view.

~PCEPDEL .

Delete control points, elevation view.

~PCEPGEN .

Copy control points, elevation view.

~PCEPMDF .

Modifies control points, elevation view.

~PCPPDEF .

Adds a control point, plan view.

~PCPPDEL .

Delete control points, plan view.

~PCPPGEN .

Copy control points, plan view.

~PCPPMDF .

Modifies a control point, plan view.

~PCTNDEF .

Define and inserte a tendon.

~PCTNDEL .

Delete tendons.

~PCTNGEN .

Copy tendons.

~PCTNLST .

List the tendons.

~PCTNMDF .

Modifies a tendon.

~PLTEND .

Export the tendon editor graphical window into a file.

~/SBSHOW .

Changes the visualization properties of the tendon editor.

~SBBMDEF .

Captures the support beam from a beam element model.

~SBCLEAR .

Deletes the support beam from the database.

~SBLST .

Lists properties of the support beam.

~SBSMDEF .

Captures the support beam from the solid sections of a 3D solid element model.

~SBSMMDF .

Modifies the support beam created from the solid sections.

~PCCTMDF .

Modifies the data of a support beam cut.

~PCLOSS .

Calculates the loss of prestress for active tendons.

~PCTYPE .

Defines the prestressing type.

~PCPL .

Transfers the tendons’ actions over the finite elements model.

~PCPLPL .

Change the tendons into keypoints and lines to represent the tendons.

~PLFILE .

Imports or exports the prestressing losses.

~GENTEN -

Creates a tendon from a series of lines and arches and calculates losses.

~PCCBDEL -

Delete prestressing tendons.

~PCCBEND -

Ends prestressing tendon definition.

~PCCBPA -

Prestressing tendon definition.

~PCCBST -

Prestressing tendon definition (cable ID).

~TENLD -

Loads tendons on the model.

~CHKPRS .

Checks prestressed concrete cross sections.

~DIMPRS .

Designs prestressed concrete cross sections.

~PL2DPRS .

Plots the 2D interaction diagram of prestressed concrete section.

~PLLSPRS .

Plots checking results in prestressed concrete beams.

~PR2DPRS .

Lists the 2D interaction diagram.

~PRPRS .

Lists results of checking and design for beam elements and solid sections.

~CMBMOD .

Do the combination of vibration modes.

~DEFSPEC .

Obtains the design spectrum according to the active seismic code.

~GENSPEC .

Introduces in ANSYS the spectrum data defined in CivilFEM.

~L_MOD .

Lists the vibration modes.

~L_SPEC .

Lists the spectrum defined in CivilFEM.

~MODLSOL .

Does the modal analysis of the structure.

~P_SPEC .

Plots the spectrum defined in CivilFEM.

~PUSHDEF .

Push Over analysis definition.

~PUSHLST .

Lists the data defined for the Push Over analysis.

~PUSHMOD .

Selection of the principal vibration mode used for the Push Over analysis.

~PUSHSLV .

Solves the Push Over analysis.

~RETROFT .

Plots the yielded state of the structure for a selected step of the Push Over analysis.