Tekla Structures Steel Project Based Training Course-2

Learn to start a new Tekla Structures steel project by selecting the medalist environment, creating a project folder, and opening the class structure and model folder.

Create rectangular grids in Tekla Structures by using the grid tool, set x and y directions and elevation levels, and generate views along grid lines.

Create a pad footing in Tekla Structures by setting up a 3D view, adjusting view properties and grid, and applying a dummy material with zero density.

Learn to create a column in Tekla Structures, set base plate and column profile, assign profile A 300 and carbon steel, adjust orientation to 90 degrees, place in 3d view.

Create a base plate connection in Tekla Structures with a 25 mm thick, 600x600 base plate, add stiffeners, grout holes, a shear key, and anchor rods with M24 bolts.

Create a column splice connection in Tekla Structures by planning splice locations, applying welded or bolted end plates, and configuring bolts and plates.

Create a beam at elevation 5000 in Tekla Structures, apply 300 hatch and flange orientation, set material to carbon steel, and add a center splice between grids 1 and 2.

Create a beam at elevation 10150 using IP 360, in plan and elevation views, with proper profile, material, and part numbering, then mirror and copy related beams.

Create a beam at elevation 14.650 in Tekla Structures 2022 by copying aligned beams, deleting an extra construction line, and setting one beam to 2445 with an 8x200 size.

Create a column-to-beam welded connection in elevation 5000 using a welded column with a stiffener, apply a 44 chamfer to beam cuts, and set x and y distances to 30.

Create beam edge preparation in Tekla Structures by applying weld preparation flange with a 45-degree bevel on upper and lower flanges, then update the plan view.

Create a beam splice connection for HEA300 in Tekla Structures at elevation 5000, using splice connection 77 with gap settings and bolt and flange assembly details.

Create a column-to-beam end plate connection in Tekla Structures Elevation 5000, selecting carbon steel end plates, M20 bolts, and specified dimensions, tolerances, and placements, then replicate for all locations.

Create a column-to-beam welded connection with top and bottom stiffeners, notch and chamfer details, and precise gap control, then replicate it across views with primary and secondary parts.

Create beam splice connections in Tekla Structures by selecting splice connection, configuring bottom and web details, applying M20 bolts, setting bolt holes and tolerances, and assembling main and secondary members.

Create a column-to-beam end plate connection in Tekla Structures, configuring plate thickness and bolt details (M20), then replicate the connection at all locations from the general arrangement drawing.

Create a beam-to-beam cleat connection in Tekla Structures by selecting connection number 25, using a two-sided angle cleat, defining an L 110 profile, and applying m20 bolts in carbon steel.

Create beam-to-beam cleat connections between HEA200 members in Tekla Structures, defining current connections, setting notches and capacities, and applying placements across multiple locations.

Create a beam to channel connection using a shear plate, M16 bolts, plate thickness, and chamfer; configure weld, site world, and shop world settings, then apply the current connection.

Create star angle bracing in Tekla Structures by defining midpoints, applying grid references, selecting profiles and materials, and using mirror and copy operations to complete the bracing layout.

Create gusset connections for bracing in grid 1 and 2 using bolted gazette 196, adjust base plate and bolt positions, and finalize in the general arrangement drawing.

Learn to create a gusset connection for mid bracing, selecting beams, applying current connection, adjusting measurements and bolt size (M16), and ensuring a 20–30 welding gap across multiple views.

Create a gusset connection for bracing grid A&B EL 0 by applying current connections, adjusting horizontal distances to 155 and 25, and removing unnecessary stiffeners and the base plate.

Create gusset connections for bracing across multiple grids in Tekla Structures by creating current connections, performing line cuts, inserting end plates, adjusting gaps, and verifying through the view list.

Create a batten plate connection for bracing by configuring a pattern plate between the star angle, selecting pattern plate 85, and detailing M16 bolts for shop-to-site assembly in Tekla Structures.

Learn to model and customize a cage ladder in Tekla Structures, including selecting cage ladder, adjusting orientation and dimensions, applying bolts, welds, material properties, and assembly numbering.

Create ladder number two using cage ladder s60 between the two levels, set grid points, adjust orientation, add welds, bolts, plates, and inside supports, and verify in 3D view.

Learn to create a handrail in Tekla Structures using the 1024 handrailing connection, defining post distances, rail types, and a 53 grade B material.

Learn to create a handrail in Tekla Structures by loading connection 1024, adjusting dimensions to specified values, and applying endpoint modifications to finalize the project handrail.

Learn how to create a side handrail in Tekla Structures by loading the handrail component, adjusting dimensions, applying changes, and verifying a clash-free clearance with bracing.

Create a side handrail by using the edit tab to create a current connection with a selected beam, adjust the end point, and modify left parameters.

Create and modify handrails on both sides using current connections and endpoint adjustments in Tekla Structures, detailing steps like selecting beams, applying changes, and setting the endpoint to 1700.

Create side handrails in Tekla Structures by applying and modifying current connections, selecting beams and endpoints, and adjusting parameters to finalize handrail eight for the project.

Create handrail-9 in Tekla Structures by selecting a handrail, applying a current connection to a beam, adjusting parameters, and using plan/elevation view and redraw to confirm the result.

Create and modify a Tekla Structures handrail by adjusting dimensions, applying elbows and 90 connections, setting the handrail profile and material, and validating via view lists and general arrangement drawings.

Create handrail in Tekla Structures, apply and edit current connection between beams, adjust dimensions and positions, and finalize in plan and 3D views.

Create handrail pipe-to-pipe connections by exploding components, splitting pipes, and applying current connections across multiple locations until fully connected, with undo and delete steps for clean results.

Create a beam to handrail connection in tekla by adding stanchion double plates, bearing plates, and bolts, applying welds, and then explode and create the current handrail connections.

Create a handrail end plate connection in Tekla Structures by modeling the end plate, setting thickness and material, welding it to the handrail post, and defining a custom component.

Modify the handrail in Tekla Structures by setting a new main part, then rearrange top rails and plates to align with the 30 grading thickness.

Create a Tekla Structures reference model or dummy object by building a vertical vessel with 2400 diameter, 16,000 top, using dummy material and no welds.

Create the platform grating by defining the top of the grating, placing beams and plates, applying grating material and density, and using mirror, copy, and polygon cut in Tekla Structures.

Create cutouts and a toe plate for grating in Tekla, remove obstructions with polygon cut, apply spatial mirror for symmetry, and weld the top plate in 3d and plan views.

Create the platform grating for platform-2 in Tekla Structures by configuring grading plans and elevations, setting up views, and placing grid endpoints to build the complete grating layout.

Create a rafter in Tekla Structures. Configure a 3d view and grid, select profile hachi a to 80, material 75, class seven, and rotate ten degrees.

Learn to create a column-to-rafter connection in Tekla Structures by configuring tapered beams, end plates, web plates, flange stiffeners, and bolt and weld details for a carbon steel assembly.

Learn how to create a cranked beam connection in Tekla Structures, using connection number 41, configuring weld capacities, and verifying the created connection in the project view grid.

Explore creating a rafter-to-rafter connection using the apex haunch connection in Tekla Structures, detailing component setup, bolt specifications, dimensions, and assembly steps.

Create a purlin in Tekla Structures using upn 160, set 100 and 390 extensions, assign carbon steel material class four, and adjust endpoints and rotations before mirroring in 3D view.

Apply cold rolled overlap purlin connections in Tekla Structures, selecting rafters and purlins, set M16 bolt details, stiffener thickness, and carbon steel material for multiple locations.

Create a roofing and cladding sheet in Tekla Structures by selecting roofing sheet from the profile catalog and aluminium material, with zero port and assembly numbering.

Create ridge sheets in Tekla Structures steel project by using poly beam and plate, set dimensions and materials such as aluminium or galvanized, and adjust location and orientation.

Learn to create a rain gutter in Tekla Structures by selecting materials (galvanized steel, aluminium painted, PVC), applying dimensions, end caps, colors, and mirror copies in 3d view.

Create a rain gutter bracket in Tekla Structures by setting a carbon steel profile, welding plates, and using copy and mirror to position brackets in 3D view.

Create drain pipes in Tekla Structures by selecting PVC material and 3 inch schedule 40 pipes, then add elbows and a downspout with proper alignment using construction lines.

Master clash checks in Tekla Structures: identify major and minor clashes, adjust bolts and handrails, move grids, and save or reopen clash sessions.

Configure numbering settings to include holes, port name, beam and column orientation, and assembly name, then apply new numbers or reuse existing numbers for modified objects.

Check and refine assembly lists in Tekla Structures by filtering out dummy objects, verifying assembly positions and prefixes, and re-numbering and welding between components to ensure accurate reports.

Check and validate the part list in Tekla Structures by inspecting part positions, generating reports, applying proper prefixes and numbering, and modifying objects to ensure accurate part positions.

Create a 3d general arrangement drawing in Tekla Structures by configuring the GA drawing, loading a 3d view, adjusting scale and title block, and finalizing in the document manager.

Create general arrangement plan view drawings in Tekla Structures by configuring plan and elevation views, managing assemblies, grating, dummy objects, dimensions, and orientation marks for accurate steel detailing.

Create GA grid elevation view drawings in Tekla Structures by configuring grid one, grid two, grid A, and grid B, applying steel elevation drawing properties, and generating general arrangement drawings.

Create a GA handrail drawing in Tekla Structures by copying the general arrangement, configuring sheets and title blocks, and adding dimensions, filters, and a 1000 mm handrail height.

Create a grating drawing in Tekla Structures by loading grading plan, applying drawing properties, setting the view scale to 30, removing assembly marks and handrails, and adding marks and dimensions.

Create detail in Tekla Structures by configuring detail marks, boundaries, view properties, and dimensions. Then add grout holes, bolt marks, and anchor bolt information with text and leader lines.

Create sectional views in Tekla Structures by applying section marks, adjusting view properties, and detailing dimensions, bolts, holes, and text notes.

Learn to change drawing titles and project information via the document manager, adjust plan and elevation views, and update project properties and logos for templates.

Learn how to add revision information to a general arrangement drawing in Tekla Structures, including revision marks, descriptions, dates, issued for training, and saving or loading revisions.

Print a drawing in Tekla Structures by using the document manager to select all drawings, print to pdf, set paper size, black and white, and line properties.

Learn to create fabrication drawings, including assembly and single-part drawings, for steel projects, detailing anchor bolts, beams, bracing, and rails, with a document manager and assembly numbering.

Edit anchor bolt assembly drawing in Tekla Structures by adjusting properties, scales, dimensions, text, and alignment using the document manager and default templates.

Edit a column assembly drawing in Tekla Structures by adjusting views, weld marks, part marks, world marks, and dimensions, applying attributes, merging weld marks, and creating sections for accurate detailing.

Edit a beam assembly drawing by opening it in the document manager, adjusting the title block, layout, scale, and view attributes, and configuring, placing, and aligning dimensions and bolt marks.

Create vertical bracing assembly drawings in Tekla Structures by configuring layout, dimensions, and bolt hole details, then adjust bolt marks and remove unnecessary information.

Edit rafter assembly drawing by using the document manager to modify orientation, add or delete dimensions, create sections A–C, and apply marks and welds for a finished drawing.

Edit a perlin assembly drawing by navigating to the document manager, opening the linked file, making required part changes and dimension edits, then saving the updated drawing.

Edit handrail assembly drawing by using the document manager, adjusting views and dimensions, and adding center lines, bolt marks, weld marks, and port numbers for a complete detailing.

Edit ladder assembly drawing in Tekla Structures by adjusting views, scales, and dimensions; add bolt marks, centerlines, and section views.

Edit a grating assembly drawing in Tekla Structures by using the document manager to adjust views, dimensions, and orientation marks, apply assembly filters and port settings, and ensure no clashes.

Edit rain gutter bracket assembly drawings by opening the document in the document manager, rotating views to align the top view, and adding dimensions, welds, part marks, and orientation marks.

Learn to add revision information to an assembly drawing by selecting drawings in the document manager, creating a revision mark with created by, checked by, approved by, and date.

Print all assembly drawings as a single pdf by selecting all drawings, choosing print options, and exporting to the model folder.

Explore editing a single part drawing in Tekla Structures, using the document manager to modify properties—anchor bolts, channels, elbows, plates, beams—and update dimensions across drawings.

Add a revision to a single part drawing by selecting the drawing, opening revision, and creating a named revision with a description and date for review, approval, fabrication, or training.

Learn to print a single pot drawing from Tekla Structures using Document Manager, select drawings, output to a single pdf file, and adjust fit, centering, paper size, and line thickness.

Create an assembly list after finishing the model, identify drawing errors, and generate reports, then export the final list to Excel.

Learn to create a part list in Tekla Structures by selecting components, generating a report from the drawing, and opening the model folder to review the created part list.

Create an assembly part list by selecting the object in the component, generating the report from the drawing, and reviewing part numbers, materials, lengths, weights, and the total assembly weight.

Create a bold list by selecting components and generating a drawing report, then press B to create from the selection and review the bold size and quantity in model folder.

Create a material Excel list from selected objects, access the report, and generate it with total length, total weight, and profile details for the BOQ.

Create an assembly shipping list in Tekla Structures by selecting the component, generating the report, and viewing description, quantity, length, width, height, and weight for shipping, dispatch, or packing.

Learn how to convert Excel files within Tekla Structures, including assembly list and part list, by navigating the file menu, copying paths, pasting locations, and adjusting fixed width lines.