S-FRAME

File

Creating members -Softek S-FRAME-kxcad

Defining Section Properties -Softek S-FRAME-kxcad

Generation Tool -Softek S-FRAME-kxcad

Joint Tool -Softek S-FRAME-kxcad

Material Property -Softek S-FRAME-kxcad

Member Creation -Softek S-FRAME-kxcad

Member Release Tool -Softek S-FRAME-kxcad

Member Types -Softek S-FRAME-kxcad

Performing an Analysis -Softek S-FRAME-kxcad

Section Properties Tool -Softek S-FRAME-kxcad

Selection Tool -Softek S-FRAME-kxcad

Specifying Material properties -Softek S-FRAME-kxcad

Supports -Softek S-FRAME-kxcad

To choose the components for envelopes -Softek S-FRAME-kxcad

To condense or expand the results spreadsheets -Softek S-FRAME-kxcad

To copy objects -Softek S-FRAME-kxcad

To create a new load case -Softek S-FRAME-kxcad

To cut objects -Softek S-FRAME-kxcad

To delete objects -Softek S-FRAME-kxcad

To determine or change area load properties -Softek S-FRAME-kxcad

To determine or change beam thermal gradient load properties -Softek S-FRAME-kxcad

To determine or change concentrated load properties -Softek S-FRAME-kxcad

To determine or change generate copies of clipboard properties -Softek S-FRAME-kxcad

To determine or change global load properties -Softek S-FRAME-kxcad

To determine or change global projected load properties -Softek S-FRAME-kxcad

To determine or change ground spring properties -Softek S-FRAME-kxcad

To determine or change joint displacement direction properties -Softek S-FRAME-kxcad

To determine or change joint load properties -Softek S-FRAME-kxcad

To determine or change joint properties -Softek S-FRAME-kxcad

To determine or change local load properties -Softek S-FRAME-kxcad

To determine or change lumped mass properties -Softek S-FRAME-kxcad

To determine or change material properties -Softek S-FRAME-kxcad

To determine or change member orientation properties -Softek S-FRAME-kxcad

To determine or change member properties -Softek S-FRAME-kxcad

To determine or change member release properties -Softek S-FRAME-kxcad

To determine or change member type properties -Softek S-FRAME-kxcad

To determine or change nonlinear spring properties -Softek S-FRAME-kxcad

To determine or change panel properties -Softek S-FRAME-kxcad

To determine or change pressure load properties -Softek S-FRAME-kxcad

To determine or change prestress load properties -Softek S-FRAME-kxcad

To determine or change quadrilateral diaphragm properties -Softek S-FRAME-kxcad

To determine or change quadrilateral element properties -Softek S-FRAME-kxcad

To determine or change rigid offset properties -Softek S-FRAME-kxcad

To determine or change section properties -Softek S-FRAME-kxcad

To determine or change shell thermal gradient load properties -Softek S-FRAME-kxcad

To determine or change slave properties -Softek S-FRAME-kxcad

To determine or change span direction properties -Softek S-FRAME-kxcad

To determine or change support properties -Softek S-FRAME-kxcad

To determine or change support settlement properties -Softek S-FRAME-kxcad

To determine or change temperature load properties -Softek S-FRAME-kxcad

To determine or change time history initial condition properties -Softek S-FRAME-kxcad

To determine or change torsional load properties -Softek S-FRAME-kxcad

To determine or change triangular diaphragm properties -Softek S-FRAME-kxcad

To determine or change triangular element properties -Softek S-FRAME-kxcad

To determine user coordinate system properties -Softek S-FRAME-kxcad

To display buckling modes -Softek S-FRAME-kxcad

To display influence line diagrams -Softek S-FRAME-kxcad

To display joint numbers -Softek S-FRAME-kxcad

To display mode shapes -Softek S-FRAME-kxcad

To display reaction forces -Softek S-FRAME-kxcad

To display releases -Softek S-FRAME-kxcad

To display shell contours -Softek S-FRAME-kxcad

To display slab design contours -Softek S-FRAME-kxcad

To display the legend -Softek S-FRAME-kxcad

To display the local x axis -Softek S-FRAME-kxcad

To display the member stresses -Softek S-FRAME-kxcad

To edit area loads -Softek S-FRAME-kxcad

To edit combinations (sets of factored load cases) -Softek S-FRAME-kxcad

To edit diaphragm data -Softek S-FRAME-kxcad

To edit ground spring data -Softek S-FRAME-kxcad

To edit Initial conditions for Time-History Analysis -Softek S-FRAME-kxcad

To edit mass element data -Softek S-FRAME-kxcad

To edit material data -Softek S-FRAME-kxcad

To edit member data -Softek S-FRAME-kxcad

To edit member load data -Softek S-FRAME-kxcad

To edit member thermal loads -Softek S-FRAME-kxcad

To edit panel data -Softek S-FRAME-kxcad

To edit plate and shell element data -Softek S-FRAME-kxcad

To edit plate and shell pressure and temperature load -Softek S-FRAME-kxcad

To edit section property data -Softek S-FRAME-kxcad

To edit slave joints data -Softek S-FRAME-kxcad

To edit spans data -Softek S-FRAME-kxcad

To edit support settlement data -Softek S-FRAME-kxcad

To edit tapered element data -Softek S-FRAME-kxcad

To edit tendon loads -Softek S-FRAME-kxcad

To edit time history loads -Softek S-FRAME-kxcad

To edit tool properties -Softek S-FRAME-kxcad

To generate a panel element mesh -Softek S-FRAME-kxcad

To Hide Unselected elements -Softek S-FRAME-kxcad

To launch S-Steel -Softek S-FRAME-kxcad

To make Area Load Tool settings -Softek S-FRAME-kxcad

To make Beam Thermal Gradient Tool settings -Softek S-FRAME-kxcad

To make Concentrated Load Tool settings -Softek S-FRAME-kxcad

To make diagram settings -Softek S-FRAME-kxcad

To make Generate Copies of Clipboard Tool settings -Softek S-FRAME-kxcad

To make Global Load Tool settings -Softek S-FRAME-kxcad

To make Global Projected Load Tool settings -Softek S-FRAME-kxcad

To make Ground Spring Tool settings -Softek S-FRAME-kxcad

To make Joint Displacement Directions Tool settings -Softek S-FRAME-kxcad

To make Joint Load Tool settings -Softek S-FRAME-kxcad

To make Joint Tool settings -Softek S-FRAME-kxcad

To make Local Load Tool settings -Softek S-FRAME-kxcad

To make Local Torsional Load Tool settings -Softek S-FRAME-kxcad

To make Lumped Mass Tool settings -Softek S-FRAME-kxcad

To make Material Properties Tool settings -Softek S-FRAME-kxcad

To make Member Axis Orientation Tool settings -Softek S-FRAME-kxcad

To make Member Definition Tool settings -Softek S-FRAME-kxcad

To make Member Release Tool settings -Softek S-FRAME-kxcad

To make Member Type Tool settings -Softek S-FRAME-kxcad

To make Moving Load Tool settings -Softek S-FRAME-kxcad

To make Nonlinear Spring Tool settings -Softek S-FRAME-kxcad

To make Panel Element Tool settings -Softek S-FRAME-kxcad

To make Quadrilateral Diaphragm Element Tool settings -Softek S-FRAME-kxcad

To make Quadrilateral Element Tool settings -Softek S-FRAME-kxcad

To make Response Spectrum Analysis Tool settings -Softek S-FRAME-kxcad

To make Rigid Offsets Tool settings -Softek S-FRAME-kxcad

To make Section Properties Tool settings -Softek S-FRAME-kxcad

To make Slave Tool settings -Softek S-FRAME-kxcad

To make Span Direction Tool settings -Softek S-FRAME-kxcad

To make Support Settlement Tool settings -Softek S-FRAME-kxcad

To make Support Tool settings -Softek S-FRAME-kxcad

To make Tendon Group Tool settings -Softek S-FRAME-kxcad

To make Thermal Member Load Tool settings -Softek S-FRAME-kxcad

To make Thin Shell Thermal Load Tool settings -Softek S-FRAME-kxcad

To make Time History Analysis Tool settings - nodal excitation -Softek S-FRAME-kxcad

To make Time History Analysis Tool settings - support excitation -Softek S-FRAME-kxcad

To make Triangular Diaphragm Element Tool settings -Softek S-FRAME-kxcad

To make Triangular Element Tool settings -Softek S-FRAME-kxcad

To make Uniform Pressure Tool settings -Softek S-FRAME-kxcad

To make User Coordinate System Tool settings -Softek S-FRAME-kxcad

To open an existing structure -Softek S-FRAME-kxcad

To paste objects -Softek S-FRAME-kxcad

To print the Geometry window -Softek S-FRAME-kxcad

To save a structure -Softek S-FRAME-kxcad

To save the user coordinate system -Softek S-FRAME-kxcad

To set geometric labels -Softek S-FRAME-kxcad

To set multiple interface options -Softek S-FRAME-kxcad

To set Shrink Elements -Softek S-FRAME-kxcad

To set the Analysis Type -Softek S-FRAME-kxcad

To Set the Analysis Type -Softek S-FRAME-kxcad

To set the load status -Softek S-FRAME-kxcad

To specify secondary criteria for sorting -Softek S-FRAME-kxcad

To subdivide objects -Softek S-FRAME-kxcad

To toggle between 2D and 3D editing mode -Softek S-FRAME-kxcad

To use views -Softek S-FRAME-kxcad

User Coordinate System (UCS) -Softek S-FRAME-kxcad

2D Beam eigenvalue problem -Softek S-FRAME-kxcad

2D Beam on elastic foundation -Softek S-FRAME-kxcad

2D Beam with elastic supports -Softek S-FRAME-kxcad

2D Cantilever beam eigenvalue problem -Softek S-FRAME-kxcad

2D frame (Wilson and Bathe) eigenvalue analysis -Softek S-FRAME-kxcad

2D frame with static and seismic loads -Softek S-FRAME-kxcad

2D truss with static loads -Softek S-FRAME-kxcad

2D truss with thermal load -Softek S-FRAME-kxcad

3D Beam -Softek S-FRAME-kxcad

3D Thick Shell -Softek S-FRAME-kxcad

3D Truss -Softek S-FRAME-kxcad

Acquainting yourself with selection -Softek S-FRAME-kxcad

Adding a joint load case -Softek S-FRAME-kxcad

Adding a projected snow load case -Softek S-FRAME-kxcad

Adding loads -Softek S-FRAME-kxcad

Adding Loads to the Structure -Softek S-FRAME-kxcad

Adding Numerical Values to Diagrams -Softek S-FRAME-kxcad

Adding releases -Softek S-FRAME-kxcad

Adding supports -Softek S-FRAME-kxcad

Adding the cantilever -Softek S-FRAME-kxcad

aerial_a.htm-Softek S-FRAME-kxcad

aerial_d.htm-Softek S-FRAME-kxcad

analysic.htm-Softek S-FRAME-kxcad

Analysis and verification manual -Softek S-FRAME-kxcad

Analysis procedures -Softek S-FRAME-kxcad

Analyzing and Designing for Earthquakes -Softek S-FRAME-kxcad

Analyzing structures in S-Frame 2D -Softek S-FRAME-kxcad

Analyzing structures in S-Frame 3D -Softek S-FRAME-kxcad

Analyzing the model -Softek S-FRAME-kxcad

Application of boundary conditions -Softek S-FRAME-kxcad

area_of_.htm-Softek S-FRAME-kxcad

basic_fa.htm-Softek S-FRAME-kxcad

basic_fe.htm-Softek S-FRAME-kxcad

Beam seismic response -Softek S-FRAME-kxcad

Beam with concentrated mass and dynamic load -Softek S-FRAME-kxcad

Bending of a tapered cantilever -Softek S-FRAME-kxcad

Buckling load of frame -Softek S-FRAME-kxcad

Cantilever beam time history analysis -Softek S-FRAME-kxcad

Cantilever plate eigenvalue analysis -Softek S-FRAME-kxcad

Cantilever plate eigenvalue problem -Softek S-FRAME-kxcad

Changing units as-you-go -Softek S-FRAME-kxcad

Checking for non-structural degrees of freedom -Softek S-FRAME-kxcad

Choosing Analysis Options -Softek S-FRAME-kxcad

Compression only members -Softek S-FRAME-kxcad

Connecting intersecting members -Softek S-FRAME-kxcad

Connecting overlapping joints (merging structures) -Softek S-FRAME-kxcad

Constraints (coupled degrees of freedom) -Softek S-FRAME-kxcad

Converting Loads to Mass -Softek S-FRAME-kxcad

Copying cantilever along the XZ face -Softek S-FRAME-kxcad

Copying from other Windows Applications -Softek S-FRAME-kxcad

Creating a New Member Between Two Existing Members -Softek S-FRAME-kxcad

Creating a roof dead load case -Softek S-FRAME-kxcad

Creating Curved Members -Softek S-FRAME-kxcad

Creating Geometry -Softek S-FRAME-kxcad

Creating Grids -Softek S-FRAME-kxcad

Creating Link Beams -Softek S-FRAME-kxcad

Creating the columns -Softek S-FRAME-kxcad

Creating the Crane Load case -Softek S-FRAME-kxcad

Creating the rest of the structure -Softek S-FRAME-kxcad

Creating the Roof Dead Load case -Softek S-FRAME-kxcad

Creating the Snow Load case -Softek S-FRAME-kxcad

Creating the Structure's Geometry -Softek S-FRAME-kxcad

Creating the Wind Load case -Softek S-FRAME-kxcad

Critical buckling load on a strut -Softek S-FRAME-kxcad

Customizing the spreadsheet's columns -Softek S-FRAME-kxcad

Cylindrical roof static analysis -Softek S-FRAME-kxcad

Damping effects -Softek S-FRAME-kxcad

Define Grid -Softek S-FRAME-kxcad

Defining area loads -Softek S-FRAME-kxcad

Defining combinations -Softek S-FRAME-kxcad

Defining Geometry - Overview -Softek S-FRAME-kxcad

Defining load combinations -Softek S-FRAME-kxcad

Defining Moving Loads -Softek S-FRAME-kxcad

Defining roof bracing -Softek S-FRAME-kxcad

Defining springs -Softek S-FRAME-kxcad

Defining the roof geometry -Softek S-FRAME-kxcad

Defining the supports -Softek S-FRAME-kxcad

Defining the wall bracing -Softek S-FRAME-kxcad

Definition of RSA (Response Spectrum Analysis) Cases -Softek S-FRAME-kxcad

Detailed modeling hints and tips -Softek S-FRAME-kxcad

Discussion of Mass Modelling Options -Softek S-FRAME-kxcad

Displaying member force envelopes -Softek S-FRAME-kxcad

Displaying member force envelopes for selected load cases -Softek S-FRAME-kxcad

Displaying member forces -Softek S-FRAME-kxcad

Displaying multi-member force diagrams for a single load case -Softek S-FRAME-kxcad

Displaying multi-member force envelopes -Softek S-FRAME-kxcad

Displaying single member force diagrams for a single load case -Softek S-FRAME-kxcad

Dynamic mass from static load case or load combination -Softek S-FRAME-kxcad

Element library -Softek S-FRAME-kxcad

element_.htm-Softek S-FRAME-kxcad

Elements, constraints and analysis options -Softek S-FRAME-kxcad

Exporting to TEDDS / Word -Softek S-FRAME-kxcad

Formatting and Printing Graphical Views -Softek S-FRAME-kxcad

Free-vibration analysis -Softek S-FRAME-kxcad

Gap element -Softek S-FRAME-kxcad

General Modeling Environment Settings -Softek S-FRAME-kxcad

General new features -Softek S-FRAME-kxcad

General Options -Softek S-FRAME-kxcad

geometre.htm-Softek S-FRAME-kxcad

Geometry Tools toolbox -Softek S-FRAME-kxcad

geometry.htm-Softek S-FRAME-kxcad

Getting Started manual -Softek S-FRAME-kxcad

getting_.htm-Softek S-FRAME-kxcad

Graph interpolation -Softek S-FRAME-kxcad

graphica.htm-Softek S-FRAME-kxcad

graphice.htm-Softek S-FRAME-kxcad

Help System -Softek S-FRAME-kxcad

help_sys.htm-Softek S-FRAME-kxcad

Hemispherical shell static analysis -Softek S-FRAME-kxcad

hints_an.htm-Softek S-FRAME-kxcad

Hook element -Softek S-FRAME-kxcad

introdua.htm-Softek S-FRAME-kxcad

introduc.htm-Softek S-FRAME-kxcad

Introducing S-Frame 2D -Softek S-FRAME-kxcad

Introducing S-Frame 3D -Softek S-FRAME-kxcad

Introduction -Softek S-FRAME-kxcad

Launching Integrated Steel and Concrete Design -Softek S-FRAME-kxcad

Linear buckling analysis -Softek S-FRAME-kxcad

Linear dynamic analysis -Softek S-FRAME-kxcad

Linear Dynamic Time History analysis -Softek S-FRAME-kxcad

Linear Dynamic Time History Analysis -Softek S-FRAME-kxcad

Linear Static (Plus RSA) Analysis -Softek S-FRAME-kxcad

Linear static analysis -Softek S-FRAME-kxcad

Linear Static analysis -Softek S-FRAME-kxcad

Linear Static Moving Loads analysis -Softek S-FRAME-kxcad

Linking to Concrete Beam and Column Section Design -Softek S-FRAME-kxcad

Load Cases -Softek S-FRAME-kxcad

Load Combinations -Softek S-FRAME-kxcad

Loading the structure -Softek S-FRAME-kxcad

loads_21.htm

loads_wa.htm-Softek S-FRAME-kxcad

loads_wi.htm-Softek S-FRAME-kxcad

loadsa61.htm

Lumped mass vs. consistent mass formulations -Softek S-FRAME-kxcad

Major strengths of new release -Softek S-FRAME-kxcad

Making and clearing selections -Softek S-FRAME-kxcad

Manual Definition of Lump Masses -Softek S-FRAME-kxcad

Memory requirements -Softek S-FRAME-kxcad

Mesh optimization -Softek S-FRAME-kxcad

Moving the roof to its final position -Softek S-FRAME-kxcad

New users -Softek S-FRAME-kxcad

new_feat.htm-Softek S-FRAME-kxcad

Nomenclature -Softek S-FRAME-kxcad

Nonlinear Buckling analysis -Softek S-FRAME-kxcad

Nonlinear Dynamic Time History analysis -Softek S-FRAME-kxcad

Nonlinear Static analysis -Softek S-FRAME-kxcad

Nonlinear static analysis -Softek S-FRAME-kxcad

Nonlinear Static Moving Loads analysis -Softek S-FRAME-kxcad

Nonlinear stressed free-vibration analysis -Softek S-FRAME-kxcad

Nonlinear Stressed Response Spectrum analysis -Softek S-FRAME-kxcad

Nonlinear stressed response spectrum analysis -Softek S-FRAME-kxcad

Nonlinear Stressed RSA Analysis -Softek S-FRAME-kxcad

Nonlinear Stressed Vibration analysis -Softek S-FRAME-kxcad

Nonlinear Stressed Vibration Analysis -Softek S-FRAME-kxcad

Number of elements required -Softek S-FRAME-kxcad

numerica.htm-Softek S-FRAME-kxcad

numericd.htm-Softek S-FRAME-kxcad

Other enhancements -Softek S-FRAME-kxcad

Other generation options -Softek S-FRAME-kxcad

Other Modeling Tools -Softek S-FRAME-kxcad

Other procedures -Softek S-FRAME-kxcad

Overview of Modeling procedure -Softek S-FRAME-kxcad

Panning the display -Softek S-FRAME-kxcad

P-delta analysis -Softek S-FRAME-kxcad

P-Delta Buckling analysis -Softek S-FRAME-kxcad

P-Delta Static analysis -Softek S-FRAME-kxcad

P-Delta Stressed Response Spectrum analysis -Softek S-FRAME-kxcad

P-Delta Stressed RSA Analysis -Softek S-FRAME-kxcad

P-Delta Stressed Vibration analysis -Softek S-FRAME-kxcad

P-Delta Stressed Vibration Analysis -Softek S-FRAME-kxcad

Plate thermal analysis -Softek S-FRAME-kxcad

Principles applied to Scaling of RSA Results -Softek S-FRAME-kxcad

Printing Numerical Results -Softek S-FRAME-kxcad

Printing or exporting results -Softek S-FRAME-kxcad

Printing reports from the File menu -Softek S-FRAME-kxcad

Producing a multi-part report -Softek S-FRAME-kxcad

Rectangular plate eigenvalue analysis -Softek S-FRAME-kxcad

Rectangular plate static analysis -Softek S-FRAME-kxcad

References -Softek S-FRAME-kxcad

Refining the Model -Softek S-FRAME-kxcad

Rendering the structure -Softek S-FRAME-kxcad

Resizing and Repositioning a Structure -Softek S-FRAME-kxcad

Response spectrum analysis -Softek S-FRAME-kxcad

Reviewing and Printing Results for Beam Elements -Softek S-FRAME-kxcad

Reviewing results graphically -Softek S-FRAME-kxcad

Reviewing results numerically -Softek S-FRAME-kxcad

Reviewing the results graphically -Softek S-FRAME-kxcad

Reviewing the results numerically -Softek S-FRAME-kxcad

Rigid Diaphragms -Softek S-FRAME-kxcad

Rotating the display -Softek S-FRAME-kxcad

running_.htm-Softek S-FRAME-kxcad

runninga.htm-Softek S-FRAME-kxcad

Selecting a particular view -Softek S-FRAME-kxcad

Selecting the type of results to display -Softek S-FRAME-kxcad

Self Weight -Softek S-FRAME-kxcad

Setting Generate Tool Options -Softek S-FRAME-kxcad

Setting Graphical Results window options -Softek S-FRAME-kxcad

Setting Preferences -Softek S-FRAME-kxcad

Setting section properties -Softek S-FRAME-kxcad

Setting up the Geometry tools -Softek S-FRAME-kxcad

Setting up the Load tools -Softek S-FRAME-kxcad

S-Frame Help System -Softek S-FRAME-kxcad

S-Frame Professional & Enterprise Editions -Softek S-FRAME-kxcad

S-Frame Theory Manual Area of Steel -Softek S-FRAME-kxcad

S-Frame Theory Manual Introduction -Softek S-FRAME-kxcad

s-frame_.htm-Softek S-FRAME-kxcad

S-Frame's Windows -Softek S-FRAME-kxcad

S-FRAME-Softek S-FRAME-kxcad

Shearing the roof -Softek S-FRAME-kxcad

Sitemaps

Solver Messages -Softek S-FRAME-kxcad

Solver Options -Softek S-FRAME-kxcad

Space truss static analysis -Softek S-FRAME-kxcad

spreaa10.htm

spread35.htm

spreadsg.htm-Softek S-FRAME-kxcad

spreadsh.htm-Softek S-FRAME-kxcad

Spreadsheet basics -Softek S-FRAME-kxcad

Spring element -Softek S-FRAME-kxcad

Spring mass system time history analysis -Softek S-FRAME-kxcad

Starting the model -Softek S-FRAME-kxcad

Stressed free-vibration analysis -Softek S-FRAME-kxcad

Stressed response spectrum analysis -Softek S-FRAME-kxcad

Structure grouping -Softek S-FRAME-kxcad

Structuring the model -Softek S-FRAME-kxcad

Subdividing (selected) elements -Softek S-FRAME-kxcad

Summarizing support reactions -Softek S-FRAME-kxcad

Tension only members -Softek S-FRAME-kxcad

Theory manual -Softek S-FRAME-kxcad

theory_b.htm-Softek S-FRAME-kxcad

theory_m.htm-Softek S-FRAME-kxcad

To assemble and export the report to TEDDS or Word -Softek S-FRAME-kxcad

To calculate the properties for a tapered section -Softek S-FRAME-kxcad

To calculate the properties of a custom section -Softek S-FRAME-kxcad

To check the file integrity -Softek S-FRAME-kxcad

To clear all material details from your structure -Softek S-FRAME-kxcad

To clear all section details from your structure -Softek S-FRAME-kxcad

To clear the selection of multiple objects or multiple object types -Softek S-FRAME-kxcad

To connect intersecting members -Softek S-FRAME-kxcad

To connect overlapping joints -Softek S-FRAME-kxcad

To connect to existing members -Softek S-FRAME-kxcad

To copy a group -Softek S-FRAME-kxcad

To create a diaphragm -Softek S-FRAME-kxcad

To create a regular framework -Softek S-FRAME-kxcad

To create floor joists -Softek S-FRAME-kxcad

To create Multiple Copies of the Clipboard -Softek S-FRAME-kxcad

To define Joint Local Coordinates -Softek S-FRAME-kxcad

To define Joints -Softek S-FRAME-kxcad

To define Linear Springs -Softek S-FRAME-kxcad

To define Lumped Masses -Softek S-FRAME-kxcad

To define Material properties -Softek S-FRAME-kxcad

To define Materials -Softek S-FRAME-kxcad

To define Member Orientations -Softek S-FRAME-kxcad

To define Member Types -Softek S-FRAME-kxcad

To define Members -Softek S-FRAME-kxcad

To define Nonlinear Spring Properties -Softek S-FRAME-kxcad

To define nonlinear spring tables -Softek S-FRAME-kxcad

To define Nonlinear Springs -Softek S-FRAME-kxcad

To define Panel Elements -Softek S-FRAME-kxcad

To define Quadrilateral Elements -Softek S-FRAME-kxcad

To define Rectangular Diaphragms -Softek S-FRAME-kxcad

To define Releases -Softek S-FRAME-kxcad

To define Rigid Offsets -Softek S-FRAME-kxcad

To define Section properties -Softek S-FRAME-kxcad

To define Sections -Softek S-FRAME-kxcad

To define Selection Sets -Softek S-FRAME-kxcad

To define Slaves -Softek S-FRAME-kxcad

To define Span Definitions -Softek S-FRAME-kxcad

To define Supports -Softek S-FRAME-kxcad

To define Triangular Diaphragms -Softek S-FRAME-kxcad

To define Triangular Elements -Softek S-FRAME-kxcad

To define user coordinate systems (UCS) -Softek S-FRAME-kxcad

To delete a group -Softek S-FRAME-kxcad

To display concrete slab design diagrams -Softek S-FRAME-kxcad

To display Envelope reports -Softek S-FRAME-kxcad

To display Frequencies -Softek S-FRAME-kxcad

To display Member Forces -Softek S-FRAME-kxcad

To display Mode Shapes -Softek S-FRAME-kxcad

To display multi member force diagrams -Softek S-FRAME-kxcad

To display plate and shell element forces -Softek S-FRAME-kxcad

To display Reactions -Softek S-FRAME-kxcad

To display Shell Forces -Softek S-FRAME-kxcad

To display single member force diagrams -Softek S-FRAME-kxcad

To display single member span deflection diagrams -Softek S-FRAME-kxcad

To display span deflections -Softek S-FRAME-kxcad

To display the coordinate system -Softek S-FRAME-kxcad

To display the load case name in the title bar -Softek S-FRAME-kxcad

To display the status line -Softek S-FRAME-kxcad

To display wall design diagrams -Softek S-FRAME-kxcad

To edit an existing user coordinate system -Softek S-FRAME-kxcad

To edit combinations -Softek S-FRAME-kxcad

To edit the starting numbers -Softek S-FRAME-kxcad

To exit S-Frame -Softek S-FRAME-kxcad

To export to a VRML file from S-Frame -Softek S-FRAME-kxcad

To export to an ASCII file from S-Frame -Softek S-FRAME-kxcad

To generate a circular cutout mesh -Softek S-FRAME-kxcad

To generate a curved surface mesh -Softek S-FRAME-kxcad

To generate a general pitched truss -Softek S-FRAME-kxcad

To generate a miscellaneous truss -Softek S-FRAME-kxcad

To generate a parallel truss -Softek S-FRAME-kxcad

To generate a quadrilateral cutout mesh -Softek S-FRAME-kxcad

To generate a rigid diaphragm mass -Softek S-FRAME-kxcad

To generate a standard pitched truss -Softek S-FRAME-kxcad

To invert the selection of objects -Softek S-FRAME-kxcad

To limit the output using Subsets -Softek S-FRAME-kxcad

To make contour diagram settings -Softek S-FRAME-kxcad

To make slab design contour diagram settings -Softek S-FRAME-kxcad

To make User Coordinate System Tool settings -Softek S-FRAME-kxcad

To merge a nonlinear spring file -Softek S-FRAME-kxcad

To merge a response spectrum file -Softek S-FRAME-kxcad

To merge a time history file -Softek S-FRAME-kxcad

To merge a wheel load pattern file -Softek S-FRAME-kxcad

To move a group -Softek S-FRAME-kxcad

To move objects -Softek S-FRAME-kxcad

To open a nonlinear spring file -Softek S-FRAME-kxcad

To open a previously saved grid system in your current project -Softek S-FRAME-kxcad

To open a recent structure -Softek S-FRAME-kxcad

To open a response spectrum file -Softek S-FRAME-kxcad

To open a saved user coordinate system -Softek S-FRAME-kxcad

To open a time history accelerogram file -Softek S-FRAME-kxcad

To open a time history file -Softek S-FRAME-kxcad

To open a wheel load pattern file -Softek S-FRAME-kxcad

To open an existing load case -Softek S-FRAME-kxcad

To recover a custom section from a file -Softek S-FRAME-kxcad

To recover details from a local material database -Softek S-FRAME-kxcad

To recover properties from a local section database -Softek S-FRAME-kxcad

To recover steel section properties from the database -Softek S-FRAME-kxcad

To redraw the display -Softek S-FRAME-kxcad

To render the model -Softek S-FRAME-kxcad

To save a custom section to a file -Softek S-FRAME-kxcad

To save a grid system for use in other projects -Softek S-FRAME-kxcad

To save a load case -Softek S-FRAME-kxcad

To save a nonlinear spring file -Softek S-FRAME-kxcad

To save a response spectrum file -Softek S-FRAME-kxcad

To save a time history accelerogram file -Softek S-FRAME-kxcad

To save a time history file -Softek S-FRAME-kxcad

To save a wheel load pattern file -Softek S-FRAME-kxcad

To save copies of your structure -Softek S-FRAME-kxcad

To save materials to a file -Softek S-FRAME-kxcad

To save properties to a local section database -Softek S-FRAME-kxcad

To scale loads -Softek S-FRAME-kxcad

To select an area of a spreadsheet -Softek S-FRAME-kxcad

To select multiple objects or multiple object types -Softek S-FRAME-kxcad

To set Default Constraints -Softek S-FRAME-kxcad

To set Hidden Surface Removal -Softek S-FRAME-kxcad

To set Redraw -Softek S-FRAME-kxcad

To set Scale Member Loads -Softek S-FRAME-kxcad

To set the Floating Point Format -Softek S-FRAME-kxcad

To set your Model type -Softek S-FRAME-kxcad

To set your Project's Description -Softek S-FRAME-kxcad

To set Zoom Extents -Softek S-FRAME-kxcad

To update a group -Softek S-FRAME-kxcad

To update the geometry -Softek S-FRAME-kxcad

To use a response spectrum file -Softek S-FRAME-kxcad

To use a time history file -Softek S-FRAME-kxcad

To use a wheel load pattern file -Softek S-FRAME-kxcad

To use Contours for a Box -Softek S-FRAME-kxcad

To use Contours for a Flat Slab -Softek S-FRAME-kxcad

To use Contours for a Wall -Softek S-FRAME-kxcad

To view Mode Shapes -Softek S-FRAME-kxcad

To zoom the display -Softek S-FRAME-kxcad

Triangular and Quadrilateral Elements -Softek S-FRAME-kxcad

Tutorial (2D) -Softek S-FRAME-kxcad

Tutorial (3D) -Softek S-FRAME-kxcad

Tutorial conventions -Softek S-FRAME-kxcad

Tutorial example conventions -Softek S-FRAME-kxcad

Two-noded spring -Softek S-FRAME-kxcad

Unit conversion factors -Softek S-FRAME-kxcad

Unstressed Response Spectrum analysis -Softek S-FRAME-kxcad

Unstressed RSA Analysis -Softek S-FRAME-kxcad

Unstressed Vibration analysis -Softek S-FRAME-kxcad

Using folders -Softek S-FRAME-kxcad

Using Folders -Softek S-FRAME-kxcad

Using Geometry Spreadsheets -Softek S-FRAME-kxcad

Using grids to help create your model -Softek S-FRAME-kxcad

Using Loading Spreadsheets -Softek S-FRAME-kxcad

Using NonLinear Support Conditions -Softek S-FRAME-kxcad

Using panels -Softek S-FRAME-kxcad

Using rigid diaphragms -Softek S-FRAME-kxcad

Using Shell Contours and Slab Design Contours -Softek S-FRAME-kxcad

Using the Aerial window 2D -Softek S-FRAME-kxcad

Using the Aerial window 3D -Softek S-FRAME-kxcad

Using the Convert Loads to Mass option -Softek S-FRAME-kxcad

Using the Define menu in the Geometry window -Softek S-FRAME-kxcad

Using the Define menu in the Loads window -Softek S-FRAME-kxcad

Using the Edit menu in the Geometry window -Softek S-FRAME-kxcad

Using the Edit menu in the Loads window -Softek S-FRAME-kxcad

Using the Edit menu in the Numerical Results window -Softek S-FRAME-kxcad

Using the Edit Menu in the Spreadsheet window -Softek S-FRAME-kxcad

Using the File menu -Softek S-FRAME-kxcad

Using the File menu in the Geometry window -Softek S-FRAME-kxcad

Using the File menu in the Spreadsheet window -Softek S-FRAME-kxcad

Using the Find Max / Min facility -Softek S-FRAME-kxcad

Using the Format menu in the Spreadsheet window -Softek S-FRAME-kxcad

Using the Generate Tool -Softek S-FRAME-kxcad

Using the Geometry window 2D -Softek S-FRAME-kxcad

Using the Geometry window 3D -Softek S-FRAME-kxcad

Using the Graphical Results window 2D -Softek S-FRAME-kxcad

Using the Graphical Results window 3D -Softek S-FRAME-kxcad

Using the Help menu -Softek S-FRAME-kxcad

Using the Loads window 2D -Softek S-FRAME-kxcad

Using the Loads window 3D -Softek S-FRAME-kxcad

Using the Numerical Results window 2D -Softek S-FRAME-kxcad

Using the Numerical Results window 3D -Softek S-FRAME-kxcad

Using the Options menu -Softek S-FRAME-kxcad

Using the Options menu in the Geometry window -Softek S-FRAME-kxcad

Using the Options menu in the Graphical Results window -Softek S-FRAME-kxcad

Using the Options menu in the Loads window -Softek S-FRAME-kxcad

Using the Options menu in the Numerical Results window -Softek S-FRAME-kxcad

Using the Options menu in the Spreadsheet window -Softek S-FRAME-kxcad

Using the Search menu in the Numerical Results window -Softek S-FRAME-kxcad

Using the Search menu in the Spreadsheet window -Softek S-FRAME-kxcad

Using the Select menu -Softek S-FRAME-kxcad

Using the Settings menu -Softek S-FRAME-kxcad

Using the Settings menu in the Geometry window -Softek S-FRAME-kxcad

Using the Settings menu in the Graphical Results window -Softek S-FRAME-kxcad

Using the Settings menu in the Loads window -Softek S-FRAME-kxcad

Using the Settings menu in the Numerical Results window -Softek S-FRAME-kxcad

Using the Settings menu in the Spreadsheet window -Softek S-FRAME-kxcad

Using the Spreadsheet window 2D -Softek S-FRAME-kxcad

Using the Spreadsheet window 3D -Softek S-FRAME-kxcad

Using the tutorials -Softek S-FRAME-kxcad

Using the View menu -Softek S-FRAME-kxcad

Using the View menu in the Graphical Results window -Softek S-FRAME-kxcad

Using the View menu in the Loads window -Softek S-FRAME-kxcad

Using the Window menu -Softek S-FRAME-kxcad

Using user coordinate systems -Softek S-FRAME-kxcad

Using Views -Softek S-FRAME-kxcad

verifica.htm-Softek S-FRAME-kxcad

Verification Procedures and Examples -Softek S-FRAME-kxcad

verificb.htm-Softek S-FRAME-kxcad

vibratio.htm-Softek S-FRAME-kxcad

Vibration Analysis Options -Softek S-FRAME-kxcad

Vibrations of axially loaded beam - nonlinear -Softek S-FRAME-kxcad

View Options -Softek S-FRAME-kxcad

Viewing multi-member deflections -Softek S-FRAME-kxcad

Viewing single member deflections -Softek S-FRAME-kxcad

Viewing the RSA Results -Softek S-FRAME-kxcad

Wedge shaped plate eigenvalue analysis -Softek S-FRAME-kxcad

Welcome and basics -Softek S-FRAME-kxcad

What's new in S-Frame Version 6 -Softek S-FRAME-kxcad

What's new in S-Frame Version 6.1 -Softek S-FRAME-kxcad

What's new in S-Frame Version 6.2 -Softek S-FRAME-kxcad

whats_ne.htm-Softek S-FRAME-kxcad

worked_a.htm-Softek S-FRAME-kxcad

worked_e.htm-Softek S-FRAME-kxcad

worked18.htm

Zooming the display -Softek S-FRAME-kxcad