Tekla Structures Steel Project Based Training Course-3

Learn to start a new Tekla Structure project by selecting the Middle East environment, configuring profiles and catalogs, and creating the project and model folders.

Create a rectangular grid in Tekla Structures, set x and y directions and levels, label A and B grids, and generate plan, elevation, and isometric views along the grid.

Create a pad footing in Tekla Structures by setting an 800 by 800 element at elevation -600, selecting steel, and duplicating grid to place a zero-density dummy.

Create a column in Tekla Structures by selecting the 356368202 profile, defining top and bottom levels, assigning material and hatch, and aligning the web and flange orientation.

Create a base plate connection with a stiffened base plate, 1014 connection, bolts, anchor rods, grout, per the pdf specifications.

Create a column-to-column joining plate connection using joining plate connection number 14, set plate thickness to 20, configure M24 bolts, carbon steel material, and position the assembly in Tekla Structures.

Create beams and pipes at elevation 6200 in Tekla Structures, assign UB and circular hollow section sizes, carbon steel material, and align midpoints for precise centerline placement.

Create beam and pipe at elevation 7100 across grids A and B, using UB 533 and UB 45719198 beams, carbon steel material, and place pipe bracings with midpoints.

Learn to create beam and pipe at elevation 10750 for the Tekla Structures steel project, using identical beam and pipe profiles and copy-and-place workflows across plan and elevation views.

Create a stub column and pipe layout in Tekla Structures, place exact coordinates on grid, copy and mirror assemblies, assign carbon steel material, and add bracing to complete the frame.

Create vertical bracing in Tekla Structures by setting the workplane parallel to the view, selecting beams as pipes, and applying vertical or vee bracing with specified thicknesses.

Learn to create a column-to-beam bolted stub connection in Tekla Structures, using stub connection 119, and define plates, stiffeners, and M240 bolts.

Configure a column-to-beam connection using connection 128, set stiffeners and notches to zero, apply a 25 radius, then select the column and beam to create the connection on all sides.

Create a beam-to-beam bolted connection in Tekla Structures using connection 133, configuring flange, web, and plate dimensions, bolt details (M20), material (carbon steel), and assembling main and secondary parts.

Create a bolted gusset connection for vertical bracing at the base level in Tekla Structures by configuring gusset 22, plates, carbon steel, and M20 bolts across locations.

Create a bolted gusset connection for vertical bracing in Tekla Structures by configuring cassette Tonti connections, defining plate and bolt details (M20), tolerances, and applying connection to beam and bracing.

Create bolted gusset connections for horizontal bracing in Tekla Structures, adjust gaps to 115.7, and modify bolt size to M20 across beams and bracing.

Create a welded gusset connection for base vertical bracing in Tekla structures by selecting connection ten, setting length 300 and gusset thickness 16, material carbon steel, then apply.

Learn to create a welded gusset connection for vertical bracing at el.+6200 by using the current connection tools, selecting beam and bracing, and verifying vertical gaps and welds.

Create column-to-beam welded connections in Tekla Structures by selecting the column and beam, creating current connections, modifying component symbols, and applying changes across all sides.

Create a column-to-beam welded connection with top and bottom flange plates, using polygon cuts and rathole extensions, then refine with custom component edits to ensure proper welding.

Create a column-to-beam welded connection with top and bottom flange blades in Tekla Structures, adapting to different column sizes and defining a custom component 'column two beam weld'.

Learn to modify a custom component in Tekla Structures by editing the top and bottom flange plates, removing added material, adjusting displays, and repositioning grips for accurate connections.

Learn to create a beam-to-beam welded connection in Tekla by using connection 128, setting stiffeners and notch to zero, and applying 15-mm dimensions across all locations.

Create welded gusset connection number ten for horizontal bracing by configuring plates and sill plates, adjusting dimensions, material, and plan/elevation views, then apply and duplicate the current connection.

Create welded gusset connections for horizontal bracing in Tekla Structures by constructing current connections between beams and braces, adjusting gusset thickness, and reviewing the 3d view and pdf output.

Learn to create welded gusset connections for horizontal bracing in Tekla Structures. Follow steps to create current connections, select beams and bracing, and adjust capacities.

Learn to create welded gusset connections for horizontal bracing in Tekla Structures by applying current connections, selecting beams and bracings, and repeating steps across levels.

Create welded gusset connections for horizontal bracing in Tekla Structures by selecting the beam and bracing, applying current connections, and repeating the process across locations.

Create a welded connection for the stub column to the beam using 3D view and weld tool; select beam and stub column, then repeat for all columns in the module.

Create a welded gusset connection for vertical bracing in Tekla Structures by selecting the connection, creating a current connection between the column and bracing, and performing edits and line cuts.

Create welded gusset connections for vertical bracing in Tekla Structures, then apply, edit, and duplicate the current connection between the column and bracing across sides.

Create a pad eye in Tekla Structures by detailing dimensions, forming plates and welds, applying carbon steel material, and assembling the weld-connected components into a complete pad eye.

Learn to create beam flange edge preparation in Tekla Structures using TJ weld preparation plans, apply modifications, and replicate the process across multiple beams.

Learn to create beam web edge preparation and TJ weld preparation for steel connections in Tekla Structures, weld it with a paddy plate, and configure 45-degree orientations for the project.

Verify assembly main parts and secondary parts, ensure all welds for gusset plates and end plates, and reconfigure main parts and world settings to achieve a welded pipe rack module.

Learn to perform clash checks in Tekla Structures, review clashes, differentiate important clashes from non-issues, and resolve by editing connections, adjusting beams, bolting, or openings, then save the session.

Learn to create numbering in a Tekla Structures model by configuring number series, preserving old numbers when possible, and applying numbering to modified or selected parts with zero tolerance.

Learn to check and manage Tekla Structures assemblies by inspecting the assembly list, adjusting numbering and filters, and generating an assembly list report with correct assembly marks.

Select the part in the component, generate the part list report, and verify P series parts (pipes, plates, washers) with correct prefixes and positions, adjusting with filters as needed.

Create a 3D general arrangement drawing in Tekla Structure by building isometric views for pipe rack and stick built modules, adjusting view properties, scale, and layout.

Learn to create a plan view for a steel GA drawing in Tekla Structures, setting elevation 300, applying drawing properties with hidden and center lines, dimensions, and layout.

Create a grid elevation view in Tekla Structures by selecting grids, adjusting drawing properties, and placing level marks and dimensions for a precise elevation.

Learn to create detail and sectional views in Tekla Structure by configuring drawing properties, applying scale and dimensions, and adding annotations, centerlines, and bolt hole details.

change project information and drawing titles in tekla structures by editing project properties, including project number and name, and using the document manager to update drawing titles.

Learn to add revision marks to GA drawings using the document manager, by selecting multiple drawings, applying revision numbers and descriptions, and recording the revision date.

Print GA drawings with the document manager, output to a single PDF file, fit to paper, center the drawing, and apply black line properties.

Create fabrication drawings in Tekla Structures by generating assembly drawings and single part drawings, including beam, frame, and pipe rack assemblies.

Edit anchor bolt assembly drawing by adjusting scale in view properties and modifying appearance to red with centerline. Save changes as an assembly part and adjust dimensions when needed.

Edit beam assembly drawings in Tekla Structures using Document Manager to modify layout, scale, bolt hole size, font, weld marks, and dimensions for clear, accurate assembly documentation.

Edit frame assembly drawings in Tekla structures by adjusting layouts, scales, sections, dimensions, and marks, then align port numbers, bolt holes, and weld marks for a complete drawing.

Edit horizontal bracing assembly drawings by opening the drawing in the document manager, modifying the assembly part, and creating or deleting dimensions; finish with Pathmark and apply vertical bracing drawing.

Edit the pipe rack module drawing in Tekla Structures by managing views, dimensions, weld marks, and pathmarks, then adjust scales, layouts, section views, and dummy section marks.

Continue editing the pipe rack module, create sections and section marks, copy drawings to new sheets via the document manager, remove unused views and materialist.

Move sections to their corresponding drawings in the document manager, remove view labels, modify, and save. Place drawings, create lines, set horizontal and vertical dimensions, detail each location for welds.

Add a revision to an assembly drawing by using the document manager to select the drawing, apply a revision mark, and enter the revision details.

Print all assembly drawings in Tekla Structures using Document Manager, select all, print to a single PDF, and save to the model folder with black-and-white line settings.

Edit single part drawings by using the document manager to load each drawing, place and adjust dimensions, toggle the center line, and save updates.

select a single part drawing, apply revision mark a, and set created and approved statuses in Tekla Structures steel project training, then update issued for training and date.

Select the single part drawing, right-click, and print to a pdf with a chosen location. Choose paper size, such as A4 (or A1, A3), and output to a single file.

Create an assembly list from the current model by selecting an isometric view, applying object filters, and generating a report that shows assembly details, totals, and the saved xsr file.

Create part lists in Tekla Structures by selecting components and a report, press P to view P series, then generate from selected items and verify result in model folder.

Learn to create an assembly part list in tekla structures by selecting objects, generating the report from the selection, and reviewing assembly marks, quantities, and weights.

Learn to create a bolt list from a selected part by choosing a report, using B to access the B series, and setting length 2480 and quantity.

learn to create a material excel list for BOQ from a report, then review pipe quantities, total length, and total weight in the opened model.

Create an assembly shipping list in Tekla Structures by selecting the part, exporting the report to Excel, and reviewing assembly marks, dimensions, and weight for packing.

Learn to convert an Excel report by locating the report, copying the path, opening Excel, setting fixed width for the assembly list, and saving the modified xls for your project.

Create an nc file for plate in Tekla Structures by selecting plates P1 to P45 from the single pot drawing and exporting the dstv file in the open model folder.

Create the nc file for beam by exporting selected parts as dstv for profile and then open the model folder to view the beam nc file.