Tekla Structural Designer 2018

EtusivuTekla Structural DesignerTekla Structural Designer 2018 Service Pack 3 Tekla Structural Designer 2018Tekla Structural Designer Environment Australia British Standard Eurocode India USA This release will upgrade your Tekla Structural Designer installation to version number 18.0.3.12 and should be installed to ensure optimum function of the program. It includes a number of enhancements and issue resolutions as detailed below. If you are upgrading from a version earlier than Tekla Structural Designer 2018 Service Pacl 2 (version 18.0.2.05) you can find details of enhancements and fixes included in all previous releases in Tekla User Assistance (TUA) and Tekla Downloads via the links below: Tekla User Assistance Main version release notes Tekla User Assistance Service Pack release notes Tekla DownloadsLicensing & Installation Licensing - no new license is required for this version. Installation - this service pack requires Tekla Structural Designer 2018 to be installed and will upgrade this to version 18.0.3.12. Previous Versions and file compatibility - Files from all previous versions can be opened in this release however note that, once saved, they may not open in an older version. If you wish to retain this option we therefore recommend using the File > Save As… option to save a new version of the file and retain the original. Fixes & EnhancementsGeneral & Modelling A number of fixes are made to improve performance and stability. File Saving - enhancements are made to the process for dealing with possible model data corruption, hence minimising potential for lost work. As shown in the picture below, when an error is detected the user is now presented with a number of action options, which cater for the potential situations of the model. We strongly recommend always choosing an action and then OK, not Cancel to continue working with the potentially corrupted file (TSD-2801): Where an Autosave file exists, the top option will be available and is the recommended choice. If a previously saved version of the file exists, the second option will be available (whether or not an Autosave file exists) listing the last previous save of the model. This is the recommended choice if no Autosave file exists. If there is a preferred previous file version the engineer wishes to revert to, this can be selected via the option “Open another model”. If the model has only just been started, then none of the above scenarios apply and so the remaining option “Start model again” is the recommended choice. There is a final option to save the possibly corrupted model for submission to your local Support Team for investigation. We would be most grateful if engineers could use this option to help us with continuing to improve the program. When submitting such a file,

Design in Structural Designer. [TSD-2590] - Self-weight loadcase - the “Self Weight - excluding slabs” and “Slab self weight” Structural Designer load cases are now exported as a single load case mapped to the ADAPT “self-weight” loadcase. The combination factor exported is the largest from all self-weight loadcases in Structural Designer, where they are different. [TSD-2596] - Slab Column drops - the export no longer uses the native drop cap object in ADAPT, allowing for any drop geometry in the Structural Designer model. [TSD-2594] - Line Loads - horizontal line loads on Vertical Elements - such as those resulting from decomposing wind loads horizontally to columns - are now included in the export, the load being transformed to point loads applied at slab levels.Revit Integration - Revit 2020 Integrator and General ImprovementsA number of enhancements and improvements are made to Revit Integration, both in Structural Designer and the Revit Integrator as follows: Autodesk Revit© 2020 is now supported by the Tekla Structural Designer Integrator for Autodesk Revit© 2020 which was released towards the end of June 2019. For more information on this and a download link see the Release Notes: Tekla Structural Designer Integrator for Autodesk Revit© 2020 (version 6.0) The fixes and enhancements made in this release also apply to the following versions of the Integrator for earlier Revit versions; Tekla Structural Designer Integrator for Autodesk Revit© 2019 SP1 (version 5.01). Tekla Structural Designer Integrator for Autodesk Revit© 2018 SP2 (version 4.02). Tekla Structural Designer Integrator for Autodesk Revit© 2017 SP4 (version 3.04). Fixes and Enhancements include: Enhanced export of Analysis results - provided the Analysis Results option is checked on when exporting models from Structural Designer, more information will be imported into the Revit model: Splice Forces are now included for Steel Columns - as forces on the bottom of the upper lift. Beam End Forces are included for beams of all material types and for Truss Members (not Internals). Brace Forces are included for Truss Internals as well as Braces. The same simple rules are used to determine Maxima & Minima and not coincident forces. The “Finish”

ホームTekla Structural DesignerTekla Structural Designer 2019i Release Notes Tekla Structural Designer 2019iTekla Structural Designer This release will install Tekla Structural Designer version number 19.1.0.x and should be installed to ensure optimum function of the program. No prior installation of Tekla Structural Designer is required. The release includes a number of significant new features together with several enhancements and issue resolutions as detailed below.If you are updating from a version earlier than Tekla Structural Designer 2019 SP4 (version 19.0.4.00) you can find details of enhancements and fixes included in all previous releases in Tekla User Assistance (TUA) and Tekla Downloads via the links below: Tekla User Assistance Main version release notes Tekla User Assistance Service Pack release notes Tekla DownloadsLicensing & Installation Licensing: New Licenses - No new license is required for this version. License Server - If you have chosen to have a separate licence server, it is always our recommendation that you also run the latest version of the Tekla Structural License Service on it to ensure compatibility. Please see System Requirements for specific version details. Installation - no previous installation of Structural Designer is required. To aid with transition, this release will install alongside existing versions and does not overwrite them. Integration Tekla Portal Frame and Connection Designer - if you wish to integrate Tekla Structural Designer 2019i with Tekla Portal Frame Designer and/or Tekla Connection Designer it is highly recommended you install Tekla Portal Frame Designer 19i and/or Tekla Connection Designer 19i available from Tekla Download Service. Tekla Tedds - if you wish to integrate Tekla Structural Designer 2019i with Tedds for Timber/Wood design you MUST install Tekla Tedds 2019 available from Tekla Download Service. Previous Versions and file compatibility - files from all previous versions can be opened in Tekla Structural Designer 2019i however note that, once saved, they cannot then be opened in an older version. If you wish to retain this option we therefore recommend using the File > Save As… option to save a new version of the file in Tekla Structural Designer 2019i and retain the original. Databases - in this release

EnglishDeutschEspañolFrançaisItalianoNederlandsPolskiPortuguêsSuomiSvenskaČeštinaРусский日本語简体中文한국어 Sign in EnglishDeutschEspañolFrançaisItalianoNederlandsPolskiPortuguêsSuomiSvenskaČeštinaРусский日本語简体中文한국어 Sign in This page was written for a different version than you have currently selected. Please use the search or select another version. Main navigation ">Home HomeTekla Structural DesignerTekla Structural Design Suite 2022 Release notes Tekla Structural Designer Tekla Tedds 2022Tekla Structural Designer 2022Tekla Tedds Tekla Tedds for Word Link to download Download Environment Not environment-specific Updated - October 2022The 2022 installation package has been updated to include the following software versions Tekla Tedds 2022 inc Service Pack 3 Tekla Tedds Engineering Library (October 2022) Tekla Structural Designer 2022 inc Service Pack 3 Tekla Structural License Service (v4.00.2000) Tekla Structural Update Service (v1.04.1000)The Complete Structural, Analysis, Design and Calculation Suite: Tekla Structural Design Suite combines Tekla Tedds & Tekla Structural Designer delivering a single high-value easy-access subscription. The only subscription an engineer performing structural analysis and calculations will need.Release notes and system requirements for each application that is part of the suite can be found below: View the Tekla Structural Designer 2022 release notes View the Tekla Structural Designer 2022 system requirements View the Tekla Tedds 2022 release notes View the Tekla Tedds 2022 system requirements Was this helpful? Yes No How could we improve the content?

HomeTekla Structural DesignerDesign modelsDesign of timber members, precast members and masonry wallsDesign using Tekla Tedds Tekla Structural Designer 2024Tekla Structural Designer Design using Tekla Tedds The following options for designing in Tekla Tedds are available: Design using Tekla Tedds> Model Design using Tekla Tedds> Member Design using Tekla Tedds> Design using Tekla Tedds> Group Design using Tekla Tedds> Selection Design using Tekla Tedds> Substructure Design using Tekla Tedds> Where to find each design option Design using Tekla Tedds> Model In the Groups Tree, right-click on Groups, Design, or Detailing Design using Tekla Tedds> Member right-click on a highlighted precast or timber member, Design using Tekla Tedds> Group right-click on a highlighted precast or timber member for which group design is active (provided that there is more than one member in the group to which the highlighted member belongs) Design using Tekla Tedds> Selection right-click on a selection of one or more precast or timber members or masonry walls. Design using Tekla Tedds> Substructure right-click on a specific timber member type, precast member type , or masonry wall in the Structure Tree Design using Tekla Tedds> right-click on a sub structure containing precast or timber members, or masonry walls Understanding each of the design options Command Description Design using Tekla Tedds > Model Launches Tekla Tedds and performs interactive designs on all timber and precast members in the model taking into account group design settings. Design using Tekla Tedds > Member If group design is active - Launches Tekla Tedds and performs an interactive design on the selected member. Member design uses the critical forces in the selected member only. All other members remaining in the associated design group will be check designed for the assigned Tekla Tedds properties and their individual forces. (It should be noted that some members may fail if the critical member was not initially selected for the design process.) Section changes made within Tekla Tedds are imported back into the Tekla Structural Designer model. If group design is inactive - Launches Tekla Tedds and performs an interactive design on the selected member. Section changes made within Tekla Tedds are imported back into the Tekla Structural Designer model. Design using Tekla Tedds > Launches Tekla Tedds and performs an interactive design on the selected masonry wall. Design using Tekla Tedds > Group Launches Tekla Tedds and performs an interactive design on the selected group. Group design uses the group critical forces. This is followed by a check design on each group member for the assigned Tekla Tedds properties and their individual forces. Section changes made within Tekla Tedds are imported back into the Tekla Structural Designer model. Design using Tekla Tedds > Selection Launches Tekla Tedds and:

Performs an interactive design for each masonry wall in the selection If group design is active - performs an interactive design for each timber or precast member group in the selection, using group critical forces. All members in the associated design group (including those that are not in the selection will be check designed for the assigned Tekla Tedds properties and their individual forces. Section changes made within Tekla Tedds are imported back into the Tekla Structural Designer model both for selected members and members in groups associated with the selection. If group design is inactive - performs an interactive design for each timber or precast member in the selection using the member's individual critical forces. Section changes made within Tekla Tedds are imported back into the Tekla Structural Designer model. Design using Tekla Tedds > Substructure This option is available in the Structure Tree to enable design of all timber elements of a particular type, all precast elements of a particular type, or all masonry walls. Design using Tekla Tedds > This extra option becomes available when working in a sub structure. Designs all timber elements, precast elements and masonry walls in the substructure. If group design is active - Launches Tekla Tedds and performs an interactive design for each group in the sub structure, using group critical forces. All members in the associated design group (including those that are not in the sub structure will be check designed for the assigned Tekla Tedds properties and their individual forces. Section changes made within Tekla Tedds are imported back into the Tekla Structural Designer model both for sub structure members and members in the same groups but not in the sub structure. If group design is inactive - Launches Tekla Tedds and performs an interactive design for each member in the sub structure using the member's individual critical forces. Section changes made within Tekla Tedds are imported back into the Tekla Structural Designer model. To design all timber and precast members In the Project Workspace, click Group tab. In the tree, right-click Groups. In the context menu, select Design using Tekla Tedds > Model Tekla Structural Designer opens the Tekla Tedds design calculation to allow the first design section (s1) in the first member to be designed for forces at that section. Note: To find out more about this and the other Design using Tekla Tedds commands, see Understanding each of the design options above. Adjust the parameters as required to achieve a satisfactory design, then select the next design section (s2) from the Design section droplist. Continue in the same way, adjusting parameters as necessary for each design section until a satisfactory design is achieved for the whole span/stack,