SeismoStruct Upgrade from v2016

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SeismoStruct Upgrade from v2016

1.500,00 (VAT charges apply to Italian customers)

If you have previously acquired SeismoStruct v2016, then you may purchase here an upgrade to the latest version of this Finite Elements program, whose unmatched accuracy continues to demonstrated at international competitions, as described in its Verification Report.

Upon your purchase, we will search our records for your v2016 software license, after which we will provide you with the license key with which you may register SeismoStruct 2020.

SKU: seismostr-u-1620 Category:

Description

Improvements and new features introduced in SeismoStruct version 2020

  1. New Buckling analysis
  2. Ability to perform Eigenvalue analysis at every step in Nonlinear Dynamic and Pushover analysis
  3. New Code-based checks for masonry elements
  4. New Performance Criteria for masonry, infill, link and truss elements
  5. Six new element types: (i) Masonry element, (ii) Rack element, (iii) two bearing and seismic isolation elements – Elastomeric Bearing Element (Bouc Wen) and Friction Pendulum Bearing/System, (iv) Shallow foundation macro-element and (v) Pile head macro-element
  6. New infrmDBPH element type with better stability and automatic calculation of the plastic rotation capacity values according to ASCE 41-17
  7. Eight new response curves to be used with the program’s link elements: (i) Quadrilinear symmetric curve, (ii) Quadrilinear asymmetric curve, (iii) Viscous Damper response curve, (iv) Bouc Wen curve, (v) Elastic-Perfectly plastic Gap curve, (vi) Impact response curve, (vii) Self Centering Brace response curve and (viii) Generic Hysteretic curve characterised by pinching effect
  8. Three new sections: (i) one cruciform steel section and (ii) two sections for (reinforced or unreinforced) masonry
  9. Six new material models: (i) one steel model – Buckling Restrained Brace Steel, (ii) two concrete material models – Engineered Cementitious Composites material and Kent-Scott-Park material model, (iii) two materials for masonry – Trilinear masonry model and Parabolic masonry model and (iv) one general material – Generic Hysteretic model
  10. Support for  National Annexes for Eurocodes
  11. Input and use of user-defined spectra
  12. XML export & import

Improvements and new features introduced in SeismoStruct version 2018

  1. New chord rotation and shear capacity checks according to EC8, the Italian National Seismic Code (NTC-08) and the Greek Seismic Interventions Code (KANEPE). All limit states are now supported.
  2. Definition of the code-based parameters (primary/secondary members, knowledge level and confidence factor, safety factors etc) according to the codes
  3. Automatic calculation of the target displacement in pushover analysis (conventional and adaptive) according to different codes
  4. Ability to check only the core area with the concrete strain performance criterion
  5. Ability to save the results in just text output without the binary output
  6. New more user-friendly dialog box for loading accelerograms
  7. Ability to deactivate warning messages, which is important while running multiple analyses with SeismoBatch
  8. Ability to suppress warnings at the beginning of the analysis, which is particularly useful in SeismoBatch
  9. Ability to simultaneously run more than one analyses in SeismoBatch
  10. The warning messages at the beginning of the analysis are automatically closed after 2 min if there is no input by the user; this is particularly useful in SeismoBatch, since the sequence of analyses does not stop if a warning message is shown
  11. Seven new sections: L & T column sections, jacketed L, T & circular, jacketed asymmetric rectangular section and jacketed T-beam
  12. FRP wrapping in column sections, large library with FRP wraps available in the market
  13. Ability to display the section’s shear reinforcement
  14. Ability to use concrete material models with the rss section
  15. Building Modeller: 7 new sections (L & T column sections, jacketed L, T & circular, jacketed T-beam and compound walls); Stairs; Inclined slabs; Ability to specify the slab’s type of support, i.e. where the slab loads are distributed; Ability to specify the slab’s reinforcement directions; FRP wrapping of columns
  16. Additional mass can be defined for the frame element classes
  17. Display of user-defined damage patterns in the deformed shape of the post-processor, upon reaching of the specified performance criteria
  18. Ability to save and load the plot settings in the post-processor plots. In this way, it is very easy to export the format of one graph to the others
  19. Ability to show max, min and Abs.max in all the plots of the post-processor
  20. Ability to sort nodes and elements in the lists of the post-processor
  21. Ability to cut planes in the 3D plots of the post-processor for better visualisation of the results (both deformed shape and action effect diagrams)
  22. Fixed problem with the User Account Control (UAC) persistent warning message when opening the program
  23. Corrected problems with network installations
  24. Fixed bugs with the malfunctioning of the selection and editing of stress-points
  25. Fixed IDA bug when using performance criteria
  26. Fixed problem with wrong bricks orientation in short walls
  27. Fixed problem with wrong definition of reinforcement strain performance criterion in files created with the Building Modeller
  28. Fixed problem with  wrong label in Inertia Forces post-processor plot
  29. Fixed problem with malfunctioning performance criteria in steel structures created with the Wizard facility
  30. Fixed problem with initialisation of the link elements in IDA
  31. Fixed bug with wrong extraction of link rotational deformations in SeismoBatch
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