List of available SSD tasks#
General#
Tasks |
Description |
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Blank text editor for any user input with CADINP |
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Additional text with pictures for the report |
System#
Tasks |
Description |
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Materials and characteristic values |
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Standard cross sections from any defined material |
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Bore profiles and pile beddings |
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Input of work laws for springs and implicit beam hinges |
Definition of criteria sets for the performance-based seismic assessment of plastic hinges |
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Idealised plastic hinge model extraction for reinforced concrete, structural steel or composite cross sections based on cross sectional analysis. |
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Definition of the prestressing systems |
AutoCAD-based modeler for 2D and 3D structures with graphical bridge, tendon and cross section editor |
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Revit for the generation of BIM structural model and loads |
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Rhino for the generation of the structural model |
Text editor for the generation of the structural model |
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Text editor for all load types (SOFiLOAD) |
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Combination rules of action combinations and load case combinations for superposition of results |
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Calculation#
Tasks |
Description |
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Linear calculation of single loadcases |
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Calculation of eigenvalues (natural frequencies) |
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Calculation of buckling eigenvalues |
Analysis of time dependent effects (CSM) |
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Half-space analysis for soil-structure-interaction |
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Task for the thermal analysis and design of cross-sections |
Seismic Analysis Buildings#
Tasks |
Description |
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Analysis of earthquake effects based on Response Spectrum Analysis (RSA) for buildings |
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Storey checks for earthquake design |
Dynamic Analysis#
Tasks |
Description |
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Dynamic Eigenmode Analysis based on new solver technology, including, e.g., mode filtering and missing mass residual modes |
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Dynamic analysis of moving load trains |
Seismic Analysis#
Tasks |
Description |
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Definition of criteria sets for the performance-based seismic assessment of plastic hinges |
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Idealised plastic hinge model extraction for reinforced concrete, structural steel or composite cross sections based on cross sectional analysis. |
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Pushover analysis for bridge piers |
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Analysis of earthquake effects based on Response Spectrum Analysis (RSA) |
Computer Aided Bridge Design#
Tasks |
Description |
Axis based traffic loads and influence line analysis |
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Superpositioning of actions for bridge design |
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Design checks for bridge beam models |
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Design checks for bridge quad models |
Superpositioning of actions for bridge design acc. AASHTO |
Superpositions and Load Case Combinations#
Tasks |
Description |
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Superpositioning for combination rules from task Combination Rules |
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Result combinations load-case-wise |
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Pre-superposition of characteristic loads and assignement to an action |
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Load case combinations |
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Non-linear and linear analysis of load case combinations |
Postprocessing#
Tasks |
Description |
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Interactive graphics are created and added to the project (Graphic) |
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Interactive lists and graphics are created and added to the project (Result Viewer) |
Summary of Masses, lengths, reinforcements |
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Assessment of environmental impacts (Global Warming Potential) for the structural model |
Design Reinforced Concrete#
Tasks |
Description |
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Design parameter for area elements such as cover, direction of steel, diameter, etc. |
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Design of area elements in ultimate limit state |
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Design of area elements in ultimate limit state with accidential loads |
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Design of area elements in ultimate limit state with earthquake loads |
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Design of area elements in serviceability limit state as crack width |
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Beam design in ultimate limit state |
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Beam design in ultimate limit state with accidential loads |
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Beam design in ultimate limit state with earthquake loads |
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Beam design in serviceability limit state |
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Design elements design in ultimate limit state |
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Design elements design in ultimate limit state with accidential loads |
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Design elements design in ultimate limit state with earthquake loads |
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Design elements design in serviceability limit state |
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Non-linear analysis in ultimate limit state |
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Non-linear analysis in serviceability limit state |
Design Steel Structures#
Tasks |
Description |
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Stress and resistance checks of steel-cross sections |
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Stress and resistance checks of steel-cross sections |
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Buckling resistance check of steel members |
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Buckling resistance check of steel members |
Member Design#
Tasks |
Description |
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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 |
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Analyse of reinforced concrete foundations |
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Design for reinforced concrete section under biaxial bending with axial forces |
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Shear Wall Design |
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Capacity Check for Building Cores |