Release notes: Tekla Structural Designer 2024 SP1
This release will update your Tekla Structural Designer installation to version number 24.1.0.105 and should be installed to ensure optimum function of the program. It includes a number of new features, enhancements and issue resolutions as detailed below.
If you are upgrading from a version earlier than the immediately prior release of 2024 first release (version 24.0.1.45 released Mar 2024), you can find details of requirements, enhancements and fixes for all previous releases in Tekla User Assistance (TUA) and Tekla Downloads via the links below:
Licensing & Installation
Licensing
No new license is required for this version.
Client License Service Version - no update is required for this release.
License Server Version - this relates only to perpetual licenses and the Server (Sentinel RMS) license method. Provided your license server has been updated to version 4.3.x or later (incorporating Sentinel RMS 10.0 which added support for Windows 11), no update is required for this release.
Installation
This service pack requires Tekla Structural Designer 2024 first release ((version 24.0.1.45 released Mar 2024)) to be installed and will update your current version.
Integration -
- Tekla Structures - if you wish to integrate with Tekla Structures for optimum performance you should install both this release and Tekla Structures 2024 (and the most recent Service Pack for this).
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Tekla Tedds - to use Design using Tekla Tedds with this release, you should install Tekla Tedds 2024 AND ensure you have installed all the latest updates for this. These can be obtained from Tekla Downloads.
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Tekla Portal Frame and Connection Designer - if you install this release and use Tekla Portal Frame Designer and/or Tekla Connection Designer you MUST install Tekla Portal Frame Designer 24 and/or Tekla Connection Designer 24 (released in Mar 2024) available from the Tekla Downloads.
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Autodesk Revit© - the Tekla Structural Designer Integrator for Autodesk Revit© 2024 was released in September 2023. For more information about this see the Tekla Structural Designer Integrator for Autodesk Revit 2024© Release Notes. The installation for this is available in Tekla Downloads. If you are now using Autodesk Revit© 2024, you can install this to perform BIM integration with Tekla Structural Designer.
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The other currently supported Revit© versions are: 2021 (Integrator version 7.02), 2022 (Integrator version 8.0) and 2023 SP1. For more information about these see the Tekla Structural Designer Integrator June 2021 updates page and Tekla Structural Designer Integrator for Autodesk Revit 2023© release notes. If you are performing BIM integration with any of these previous Revit© versions, we recommend you install the latest version of the associated Integrator.
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Previous Versions and file compatibility - files from all previous versions can be opened in this release, however note that, once saved, they cannot then be opened in a previous release. If you wish to retain this option we therefore recommend using the File > Save As… option to save a copy of the file in the previous release and retain the original.
Highlights
In this section we give details of some of the significant new features included in this release. These are intended to give a broad overview of their function and workflow and significant changes in operation/ behavior.
Please refer to the associated Release 2024 SP1 Help topics for full details.
Issues with associated bulletins
[TSD-15760] - Concrete Beams - incorrect load applied for loads within rigid zone
This issue relates to loads applied to concrete beams when rigid zones are applied (the default). In the following specific circumstances the loading applied is incorrect: 1) Only for loads, or portions of distributed loads, applied within the rigid zone (i.e. actually within a supporting column’s area) and 2) Such loading applied to beams by either one-way load decomposition or manually. The issue could lead to design forces in concrete members being inaccurate, potentially unconservatively so in some cases. However, in all the practical examples we have investigated the effect has been found to be very minor. The issue does not affect what we expect is the most common circumstance of loads applied to beams by two-way load decomposition.
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This issue is fixed in this release.
For more information please see Product Bulletin PBTSD-2405-1.
[TSD-15863] - Staged Construction Analysis - incorrect application of creep adjustment factors
This issue relates to Staged Construction Analysis (new in release 2024) and the application of adjustment factors to allow for creep during the analysis of construction stages. Members in each stage should have a stage-specific factor applied, however the allowance calculated for the final stage was incorrectly being applied to all construction stages.
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This issue is fixed in this release.
For more information please see Product Bulletin PBTSD-2405-2.
[TSD-16006] - Analysis Element - Linear Torsional Spring stiffness incorrect
The issue relates to analysis elements that have their element type set as ‘Linear torsional spring’. If you defined such an analysis element then regardless of the stiffness you defined a fixed value was used in the analysis.
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This issue is fixed in this release.
For more information please see Product Bulletin PBTSD-2405-3.
Enhancements and Fixes
General & Modeling
[TSD-13563] - Metal Decking Database - New ComFlor® 51+ Metal Deck profile added
Tata ComFlor® 51+ data has been added to version 11 of the metal decking database for Europe, UK and Ireland. Note the older Corus Comflor 51 and Tegral Comflor 51 are both retained in the metal decking database.
[TSD-14459] - Steel Sections Database - New US AISC sections added
The AISC steel sections database is updated to include the new shapes introduced by the 16th version of AISC's official section shapes database. The AISC shapes database v16.0 has added 222 new sections for US steel design - 6 W, 6 WT, and 210 HSS (64 circular, 127 rectangular, and 19 round).
[TSD-15718] - Masonry Walls - wall masonry properties added to edit dialog
For Masonry walls (first introduced in release 2024) the individual wall edit dialog now includes all the masonry properties as shown in the picture below. In the previous release these properties were only available in the Properties Window for a selected wall.
[TSD-15995] - Review view - Slab/ Foundation Reinforcement view enhanced
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An additional reinforcement level = "None" is also added in this release for patches that do not require additional reinforcement - in previous releases these patches were also marked as "N/A".
[TSD-15903] - Tooltip display time extended
Tooltips displayed when the cursor is over a ribbon command now remain visible up to a maximum of 60 seconds by default, while the cursor is not moved. The previous default display time of 5 seconds was not always sufficient to read and digest some of the tooltips.
[TSD-15889] - Unable to open files created with Education License in previous versions
An issue introduced in the first release of version 2024 which prevented files produced with an Educational License in previous versions being opened is fixed in this release.
Loading
[TSD-15739] - Member loads - Option to adjust load position when it becomes invalid
When the loading segment of a member changes, this can cause member loads to be moved beyond the end of the member, which causes a model geometry error. This may typically happen when an exterior concrete column size is increased, affecting member loads on a supported beam. Since member loads are positioned relative to the start of the loaded length, if the member load is already at the very end of the loaded length, an increase in column size can shorten the loaded length and "push" the load, or part of it, off the end of the member, causing it to be invalid and producing a validation error. To more easily resolve such cases, new “Reposition”and “Shorten” options have been added to the right-click menu for the error in the Status tree, as shown in the picture below.
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The options work as follows:
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Reposition - applicable to both distributed and point loads
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Point loads - are moved back to the end of the beam.
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Distributed loads - the length of load is retained and the start position changed so it is fully on the beam.
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Shorten - applicable only to distributed loads - the start position is maintained and the length changed.
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Interoperability
Reference Models For the Reference Models feature (introduced in release 2024) the following improvements are made in this release:
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[TSD-15946] - Reference models at real world coordinates
When the origin of a reference model uses real world coordinates (RWCs) it may be at a very different location to the model origin in Tekla Structural Designer. In these circumstances it can be challenging to determine the transformation required to position the reference model correctly in Tekla Structural Designer . To help with this, the Edit Reference Model dialog now shows the range of coordinates included in the reference model enabling you to more easily determine the required transformation coordinates.
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Import from other model - for the case of multiple reference models all of which reference the same RWCs, the "Import from other model" option enables the re-use of the Coordinate Transformation values of a previously imported model.
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[TSD-1593] - Zoom considers visible reference models
Visible reference models are now considered in zooming to the full extent of the model, using the view cube and general model rotation.
Remoting API Enhancements
There have been some enhancements to the Open API with this release - for information about these see the Tekla Structural Designer 2024 Open API Release Notes page.
Analysis & Results
[TSD-14969] - RSA Results - consistent sign notation
Response Spectrum Analysis results which involve Modal Combination are unsigned hence are both positive (+ve) and negative (-ve). In previous releases the order of sign notation used in the Results View was different to that of the Tabular Data view reports, with -ve/+ve used for the former and +ve/-ve for the latter, which could lead to confusion. This is corrected in this release with a consistent order of -ve/+ve now used in all areas of RSA results reporting.
[TSD-15919] - Piled mat slab - incorrect reaction for chasedown analyses
Only for the situation of a pile located directly under a column - such that the pile support node and column bottom node were common - double counting of forces in the process of calculating chasedown results for combinations resulted in the combination reaction being incorrect and too high. Thus the issue would always be conservative. This issue is fixed in this release.
Design - ACI/AISC United States
[TSD-13460, 16042] - Composite beams - Connector Resistance warning for deformation capacity
For the AISC 360/ 341 2016 code year for beams > 30 ft span with degree of shear connection < 50%, the Connector Resistance check warning for stud connector deformation capacity per the Commentary on I3.2d.1 is changed from being based on the average shear connector group spacing of 12in as suggested, to being based on the alternative of the average nominal shear connector capacity (in terms of kpf). Where the warning could previously be frequently issued this should no longer be the case.
Masonry Wall Design using Tekla Tedds
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[TSD-15869] - Ignore Forces applied
The Design Settings > Design/ Reporting Forces > “Ignore Forces for Member Design below” settings are now considered when designing interior masonry walls using Tekla Tedds.
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[TSD-15601] - Export to Tedds - Report detail
The “Export to Tekla Tedds” > Report detail Settings now control the level of report detail when Export to Tekla Tedds is used for any designed masonry wall(s).
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[TSD-16066] - Export to Tedds - improved Project Manager organization
When exporting the results for several walls to Tedds to produce a Project of several Tedds design documents, these are now more logically organized in the Tedds Project Manager, using a Model > Wall > Panel > Result line hierarchy, similarly to results of concrete wall designs.
Wood Design Using Tekla Tedds Improvements
The following improvements to Wood Design Using Tekla Tedds are made in this release:
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[TSD-15579] - Multiple plies solution retained after check
When designing a wood member using Wood Design Using Tekla Tedds and selecting a solution of multiple plies e.g. three plies of 1-3/4" x 18" LVL, this solution is now retained when the member is re-designed or checked using Tekla Tedds. Previously on re-design or check, multiple plies were changed to a single equivalent section e.g. (3) 1-3/4" x 18" LVL were changed to a single 5-1/4" x 18" LVL section.
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[TSD-15357] - Correct section size and name returned
When using US customary units and selecting a section size such as 19.75 in depth and breadth glulam in the Tedds Wood Member design calculation, the correct “19.75” section size is now returned to the Tekla Structural Designer model. Previously a section size such as “19.74999999996” was returned leading to problems with section names in the Tekla Structural Designer model and with section mapping when using BIM workflows.
Design - Eurocode
[TSD-15743] - RC Beam Design - equation for additional link reinforcement for torsion adjusted
The equation to calculate the area of required link reinforcement over spacing for torsion in the design of RC beams to EN 1992-1-1 has been amended in this release in order to remove some conservatism, in line with general guidance. Previously the equation included a 0.9 factor in the denominator - this is removed in this release.
Reports
[TSD-15585] - Improved operation of Model Filter
In some instances, the items returned when a Model Filter was applied to a Tabular Data View report table did not match those returned when the same filter was applied to a report. The operation of filters is improved in this release such that the returned items for Tabular Data Views and Reports for the same model filter now match.