Manuals Tekla Training Manual Pdf


Friday, April 19, 2019

Other versions: | | | i | | i | i. Set the appearance of cast-in-place concrete structures. unit objects. The manual additions will be kept even if you use the Calculate pour units command . Tekla Structures creates the model and opens the default model view. This Software Manual has been developed for use with the referenced Software.

Tekla Training Manual Pdf

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We will go through the basic functions of Tekla Structures: How to In this training manual we will mainly use the pop-up menu to activate. Tekla_-_Full_Detailing-Basic_training_Modeling - Ebook download as PDF File ( .pdf), Text Software Manual are governed by a License Agreement. Analysis Engine included in Tekla Structures uses a program copyrighted by and is the. Tekla 20 - Modeling - Ebook download as PDF File .pdf), Text File Tekla, Tekla Structures, Xcity, Xengineer, Xpipe, Xroad, Xpower, Xsteel, and.

Moving an object linearly to a new position Moving an object using drag-and-drop Moving an object to another plane Moving an object to another object Rotating objects Rotating an object on the work plane Rotating an object in the z direction Mirroring an object Main snap switches Other snap switches Overriding the current snap switch Switching Xsnap on or off Snapping in orthogonal directions Snapping to part extension lines Creating a temporary reference point Locking a coordinate Snapping to a position using coordinates Coordinate input options Defining a snap grid Creating a new model Updating project information Opening a model Saving a model Saving a model with a different name or location Model templates Creating a model template Grid labels Creating a grid Modifying a grid Deleting a grid Grid lines Creating a single grid line Modifying a single grid line Deleting a single grid line Representation options in rendered views View planes Moving a view plane Creating a view About naming views Creating grid views Opening a view Modifying a view Deleting a view Switching between open views Switching between 3D and plane view Refreshing views Arranging views Modifying reference model properties Selecting a reference model Hiding a reference model Highlighting a reference model Updating reference models Detecting changes in a reference model Splitting a reference model into reference model objects Reference model objects Selecting a reference model object Supported DGN objects Showing part reference lines in model views Modifying the position of a part Position on the work plane Position depth Vertical position Horizontal position End offsets Creating an orthogonal beam Creating a curved beam Creating a steel polybeam Creating a steel column Creating a twin profile Creating a contour plate Creating a round contour plate Assembly hierarchy Creating an assembly Creating a sub-assembly Adding objects to assemblies Adding parts to an assembly Creating a nested assembly Highlighting objects in an assembly Removing objects from an assembly Exploding an assembly Changing the assembly main part Changing the main assembly Creating a strip footing Creating a concrete column Creating a concrete beam Creating a concrete polybeam Creating a concrete slab Creating a round slab Creating a concrete panel Adding concrete objects to a cast unit Adding non-concrete objects to a cast unit Removing objects from a cast unit Highlighting objects in a cast unit Exploding a cast unit Copying a cast unit Defining the cast unit type Casting direction Defining the casting direction of a part Showing the top-in-form face Changing the cast unit main part Bolt group position Bolt length Bolt offsets Bolt catalog Creating a bolt group Creating a single bolt Creating new bolts by modifying existing Changing or adding bolted parts Using bolts to create assemblies Bolting sub-assemblies to an existing assembly Weld size prefixes Creating a weld between parts Creating a polygon weld Creating a weld to a part Weld preparation Preparing parts for welding Using welds to create assemblies Welding sub-assemblies to an existing assembly Adding surface treatment to a selected area Adding surface treatment to a part face Adding surface treatment to all faces of a part Adding surface treatment to cut faces Surface treatment on chamfered parts Surface treatment on parts with openings and recesses Creating new surface treatment options Tiled surface treatment Tile pattern definitions Tile pattern elements Example pattern definition Creating new tile patterns Chamfering part corners Corner chamfer types and dimensions Chamfering part edges Polybeam chamfers Creating a fitting Line cuts Cutting parts with a line Polygon cuts Cutting parts with a polygon Part cuts Modifying the shape of a polygon Combining parts Combining two parts into one Attaching a part to another part Splitting parts Splitting a straight or curved part Splitting a plate or slab Warping concrete parts Warping a beam using deformation angles Warping a concrete slab by moving chamfers Warping a Floor Bay 66 slab Cambering parts Cambering a part Shortening parts in drawings Shortening a part Lengthening a part Zoom settings Zooming with keyboard shortcuts Zooming with Magnifier Rotating the model Moving the model Flying through the model Creating a clip plane Creating a screenshot Creating a screenshot in Windows Vista Saving a screenshot in bitmap format Printing a screenshot Use property categories to manage processes and workflows, and add information to the model for all project parties.

And for visual status check or classification, you can color the model based on groups.

Snap easily and accurately: Tekla users have asked for Snapping tool improvements and now they are here. Increase productivity with information flow from model to fabrication: CNC enhancements mean that you can easily set up manufacturer-specific machine settings and benefit from improved feedback.

Your control over CNC output is now better: Control hard stamp placement, use new additional output controls, customize the DSTV headers and remove unwanted lines.

New weld solids in drawings offer a clear presentation of weld positions and communicate even complex details. Accurate, constructible Tekla concrete models and powerful building information management tools bring effective understanding and communication across a pour project. Utilize model information with the Organizer: The power of Organizer has increased for effective project planning, coordination and control.

With quick, easy access to the rich model information and reports, you can now better forecast and deliver projects.

And why not highlight important categories and areas of interest in the geometry for better visual understanding? Working with location management is now easier and offers more benefits on site.

You can now enjoy unrivaled insight and control: Reduce risk when planning, procuring and deploying formwork with Form Face creator. Attributes and quantities of surfaces give you more accurate, reportable information.

Easier automatic drawing production: Producing drawings is now easier and faster, and the quality has been improved.

GA drawings can present CIP geometry as both pours and parts. You can color pour drawings — no need for highlighter pens any more.

Smooth collaboration for structural engineers Tekla Structures offers a lot for engineering offices working in AEC or industrial workflows, regardless the chose level of LOD. Create high quality drawings faster: The structural engineering drawings are now clear and easy to understand, and also producing them is faster and easier with the improved tools.

Smoother collaboration with wider design team: Improved workflow with plant design system such as Intergraph Smart3D, Aveva PDMS and E3D and architectural solutions brings better management of information transfer.Removing objects from an assembly Creating a weld to a part A custom component editor that you can use to create your own parametric connections. Edge chamfer properties Very user-friendly starting screen.

For example, it can be a part, arc or rectangle.