List of available SSD tasks

At this page you will find all SSD tasks sorted by corresponding groups.

General

Tasks	Description
Text Editor	Blank text editor for any user input with CADINP
User Text	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
Concrete Plastic Hinge	Idealized plastic hinges for reinforcement concrete sections based on cross sectional analysis.
Prestressing Systems	Definition of the prestressing systems
SOFiPLUS(-X) Modeling	AutoCAD-based modeler for 2D and 3D structures with graphical bridge, tendon and cross section editor
Revit Modeling	Revit for the generation of BIM structural model and loads
Rhinoceros Modeling	Rhino for the generation of the structural model
Text Input for Modeling	Text editor for the generation of the structural model
Text Input for Loads	Text editor for all load types (SOFiLOAD)
Combination Rules	Combination rules of action combinations and load case combinations for superposition of results
Action Manager

Analysis/Calculation

Tasks	Description
Linear Analysis	Linear calculation of single loadcases
Eigenvalues	Calculation of eigenvalues (natural frequencies)
Buckling Eigenvalues	Calculation of buckling eigenvalues
Construction Stages	Analysis of time dependent effects (CSM)
Soil-Structure-Interaction	Half-space analysis for soil-structure-interaction
Earthquake	Analysis of earthquake effects based on Response Spectrum Analysis (RSA)
Thermal Analysis	Task for the thermal analysis and design of cross-sections

Seismic Analysis

Tasks	Description
Earthquake RSA reloaded	Analysis of earthquake effects based on Response Spectrum Analysis (RSA)
Storey Checks	Storey checks for earthquake design

Computer Aided Bridge Design

Tasks	Description
Traffic Loader	Axis based traffic loads and influence line analysis
CSM Bridge Design - Superpositioning	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
CSM Bridge Design AASHTO - Superpositioning	Superpositioning of actions for bridge design acc. AASHTO

Combinations and Superpositions

Tasks	Description
Superpositioning for Combination Rules	Superpositioning for combination rules from task Combination Rules
Combine Results	Result combinations load-case-wise
Combine Loads	Load case combinations
Analysis of Combined Loads	Non-linear and linear analysis of load case combinations

Postprocessing

Tasks	Description
Interactive Graphics	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	Summary of Masses, lengths, reinforcements

Code Checks and Design Reinforcement Concrete

Tasks	Description
Design parameters of area elements	Design parameter for area elements such as cover, direction of steel, diameter, etc.
Design ULS (Area Elements)	Design of area elements in ultimate limit state
Design ACCI (Area Elements)	Design of area elements in ultimate limit state with accidential loads
Design SEIS (Area Elements)	Design of area elements in ultimate limit state with earthquake loads
Design SLS (Area Elements)	Design of area elements in serviceability limit state as crack width
Design ULS (Beam Elements)	Beam design in ultimate limit state
Design ACCI (Beam Elements)	Beam design in ultimate limit state with accidential loads
Design SEIS (Beam Elements)	Beam design in ultimate limit state with earthquake loads
Design SLS (Beam Elements)	Beam design in serviceability limit state
Design ULS (Design Elements)	Design elements design in ultimate limit state
Design ACCI (Design Elements)	Design elements design in ultimate limit state with accidential loads
Design SEIS (Design Elements)	Design elements design in ultimate limit state with earthquake loads
Design SLS (Design Elements)	Design elements design in serviceability limit state
Non-linear analysis in ULS	Non-linear analysis in ultimate limit state
Non-linear analysis in SLS	Non-linear analysis in serviceability limit state

Design Steel Structures

Tasks	Description
Steel Cross Sections Resistance (Beams)	Stress and resistance checks of steel-cross sections
Steel Cross Sections Resistance (Design Elements)	Stress and resistance checks of steel-cross 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
Foundation (FOOTiNG)	Analyse of reinforced concrete foundations
Design R/C section	Design for reinforced concrete section under biaxial bending with axias forces
Shear Wall Design	Shear Wall Design
Capacity Check for Building Cores	Capacity Check for Building Cores