List of available SSD tasks#
General#
Tasks 
Description 

Blank text editor for any user input with CADINP 

Additional text with pictures for the report 
System#
Tasks 
Description 

Materials 
Materials and characteristic values 
Cross Sections 
Standard cross sections from any defined material 
Bore and Soil Profiles 
Bore profiles and pile beddings 
Work Laws 
Input of work laws for springs and implicit beam hinges 
Idealized plastic hinges for reinforcement concrete sections based on cross sectional analysis. 

Prestressing Systems 
Definition of the prestressing systems 
AutoCADbased modeler for 2D and 3D structures with graphical bridge, tendon and cross section editor 

Revit for the generation of BIM structural model and loads 

Rhinoceros Modeling 
Rhino for the generation of the structural model 
Text editor for the generation of the structural model 

Text editor for all load types (SOFiLOAD) 

Combination rules of action combinations and load case combinations for superposition of results 

Action Manager 
Calculation#
Tasks 
Description 

Linear calculation of single loadcases 

Calculation of eigenvalues (natural frequencies) 

Buckling Eigenvalues 
Calculation of buckling eigenvalues 
Analysis of time dependent effects (CSM) 

SoilStructureInteraction 
Halfspace analysis for soilstructureinteraction 
Task for the thermal analysis and design of crosssections 
Seismic Analysis Buildings#
Tasks 
Description 

Analysis of earthquake effects based on Response Spectrum Analysis (RSA) for buildings 

Storey checks for earthquake design 
Dynamic Analysis#
Tasks 
Description 

Dynamic Eigenmode Analysis based on new solver technology, including, e.g., mode filtering and missing mass residual modes 
Seismic Analysis#
Tasks 
Description 

Pushover analysis for bridge piers 

Idealized plastic hinges for reinforcement concrete sections based on cross sectional analysis. 

Analysis of earthquake effects based on Response Spectrum Analysis (RSA) 
Computer Aided Bridge Design#
Tasks 
Description 
Axis based traffic loads and influence line analysis 

Superpositioning of actions for bridge design 

CSM Bridge Design  Beams 
Design checks for bridge beam models 
CSM Bridge Design  Area 
Design checks for bridge quad models 
Superpositioning of actions for bridge design acc. AASHTO 
Superpositions and Load Case Combinations#
Tasks 
Description 

Superpositioning for combination rules from task Combination Rules 

Result combinations loadcasewise 

Presuperposition of characteristic loads and assignement to an action 

Load case combinations 

Nonlinear and linear analysis of load case combinations 
Postprocessing#
Tasks 
Description 

Interactive graphics are created and added to the project (Graphic) 

Interactive Lists and Graphics 
Interactive lists and graphics are created and added to the project (Result Viewer) 
Summary of Masses, lengths, reinforcements 
Design Reinforced Concrete#
Tasks 
Description 

Design parameter for area elements such as cover, direction of steel, diameter, etc. 

Design of area elements in ultimate limit state 

Design of area elements in ultimate limit state with accidential loads 

Design of area elements in ultimate limit state with earthquake loads 

Design of area elements in serviceability limit state as crack width 

Beam design in ultimate limit state 

Beam design in ultimate limit state with accidential loads 

Beam design in ultimate limit state with earthquake loads 

Beam design in serviceability limit state 

Design elements design in ultimate limit state 

Design elements design in ultimate limit state with accidential loads 

Design elements design in ultimate limit state with earthquake loads 

Design elements design in serviceability limit state 

Nonlinear analysis in ultimate limit state 

Nonlinear analysis in serviceability limit state 
Design Steel Structures#
Tasks 
Description 

Steel Cross Sections Resistance (Beams) 
Stress and resistance checks of steelcross sections 
Steel Cross Sections Resistance (Design Elements) 
Stress and resistance checks of steelcross sections 
Steel Buckling Resistance (Beams) 
Buckling resistance check of steel members 
Steel Buckling Resistance (Design Elements) 
Buckling resistance check of steel members 
Member Design#
Tasks 
Description 

Column Design 
Design of reinforced concrete columns according to nominal curvature/general method 
Organize and design all reinforced concrete columns modeled in the same project with nominal curvature method 

Analyse of reinforced concrete foundations 

Design for reinforced concrete section under biaxial bending with axial forces 

Shear Wall Design 

Capacity Check for Building Cores 