TEKLA STRUCTURAL DESIGNER 2024 COURSE PT1

Create construction levels in Tekla Structures Designer by inserting and naming ground floor, first floor, second floor, and roof as structural slab levels, with spacing in meters.

Create and label a full grid layout with the rectangular wizard in Tekla Structural Designer, defining x and y spacings and renaming grid lines for a complete model.

Model and place columns in Tekla Structure Designer, defining two 230 by 230 column types with terminations at the paint floor or roof, using centered alignments, finalizing with fixed supports.

Learn to model beams in Tekla structural designer, setting continuous concrete cast-in-place C25 beams with a 230 by 450 section on the first floor, using snapping and copy techniques.

Create one-way and two-way slabs in Tekla Structural Designer 2024, define slab thickness, and define a rectangular opening with precise dimensions to model the first floor.

Learn two methods to replicate beams, slabs, and openings to other floors in Tekla Structures Designer, including copy with a 3.15 m offset and using the similar story option.

Finish the roof plan by creating beams and a 150 mm slab, verify the 3d model for supports, grid lines, and openings, and complete the module.

Validate Tekla Structure Designer models to identify and highlight errors, including no support, lateral restraint, slab above member, openings, grid line errors, and member collision or intersection.

Learn to clear support errors in Tekla structural designer 2024 by validating the model and fixing columns with copied or new fixed supports, including resolving lateral restraint issues.

Clear member intersection and collision errors in Tekla Structures 2024 module three part three by validating the model, highlighting items, adding extra node and column support, and adjusting beam nodes.

Resolve slab errors in Tekla structural designer by correcting slab not supported by load carrying members and opening above a member, using grid lines and quick parallel to define openings.

Learn to clear construction line and grid line far from the model warnings in Tekla Structural Designer 2024, validate the model, delete the construction line, and achieve an error-free validation.

Use selection window and the properties panel to edit roof beams to 230 by 300 and ground beams to 230 by 350, excluding slabs from edits.

Select all columns with a crossing window and adjust cover from 35 mm to 25 mm; then rotate and use alignment to flush the column with the beam.

Edit slabs across floors by creating one-way slabs, deleting unwanted slabs, and adjusting decomposition and thickness. Renumber slabs in the 3D view to ensure consistent naming and cross-floor reflection.

Learn to use the copy, move, and mirror commands in Tekla Structural Designer 2024 to edit beams and columns, select items, set reference points, and preserve beam grouping.

Split beams and columns at the target node using the split tool, indicated by an orange dot, then join them back with the edit tab to restore a single member.

Learn to split slabs into two and join them into a single slab in Tekla Structures 2024, module four part four, with practical steps demonstrated on multiple floors.

Master node editing in Tekla Structures 2024 by moving end and mid nodes on beams, creating extra nodes to split members, and extending slabs to meet beams.

Delete members in Tekla Structural Designer 2024 by using delete on the keyboard, quick access toolbar, or edit tab, including multi-select dialogue to remove slabs on the roof.

Explore applying loads in Tekla Structures 2024, focusing on static dead and live loads, plus auto-generated load cases, slab and frame weights, and basic wind or earthquake considerations.

Learn to define load cases in Tekla Structures 2024, including adding, editing, copying, and deleting loads such as dead load, superimposed dead load, and world load.

Explore how to create load combinations in Tekla Structural Designer 2024, manually or automatically via the design code, including dead and live loads, self-weight, and UK standards.

Define and apply load envelopes in Tekla Structures 2024 to reveal worst loading effects from all load combinations. Add envelopes, select all combinations, and apply to the model.

learn to apply panel loads in Tekla Structures 2024, including super dead load, service load, and live load on two-way and one-way slabs, plus level and area load options.

Apply perimeter loads in Tekla Structures 2024 by calculating block wall self-weight and perimeter height, then assign 9.45 kn/m and explore beam loads such as UDL and point loads.

Configure Tekla Structures 2024 analysis settings, adjusting max iterations, tolerances for first and second order nonlinear analyses, edge distance tolerances, and code-of-practice factors; accept defaults and run.

Explore Tekla Structural Designer 2024 analysis settings, adjusting iteration limits, tolerances, edge distance, and modification factors for concrete and steel, guided by code-of-practice defaults before running the analysis.

Perform a first order linear analysis to verify a simple structure, review bending moment and envelope results, and confirm that static analysis aligns with linear behavior in Tekla.

Review deflection results in Tekla Visual Designer 2024 by using the result view to inspect 1D and 2D analyses, adjust scaling, and animate or screenshot for reports.

Review axial, shear, and moment results using type options, load case filters, and 3d views. Identify maximum axial load, peak shear forces, and bending moments in beams across load cases.

Open the load analysis view for a selected beam to review shear force, bending moment, and deflected shape, and use the slider to inspect maximum values.

Explore reviewing reaction results in Tekla Structural Designer 2024: use the 1D reaction panel and text panel to view x, y, and moment values, select load combinations and result types.

Configure design settings and codes in Tekla structural designer 2024, focusing on first order analysis and reinforcement limits. Set beam, column, and slab reinforcement sizes and spacing to UK code.

Explore Tekla Structural Designer 2024's gravity, static, and earthquake response spectrum design for steel and concrete, with automatic analysis during design and multi-material modeling.

Perform gravity design for a concrete structure in Tekla Structure Designer by selecting design concrete gravity, with first order analysis, verifying load combinations, and reviewing results in the review view.

Carry out static design by assessing lateral effects after gravity design, validate the model, define load combinations, and compare static results to gravity results.

Review design results in Tekla Structures 2024 by using the review view, switching between static designs, and checking frame, foundations, piles, and slabs with the various design panels.

Perform design checks on beams and columns in Tekla Structures 24, module seven part six, reviewing concrete design results, reinforcement details, and static checks per British Standard.

Design slabs in Tekla Structures 2024 using finite element analysis with two-way slabs, and use slab patches to manage negative moments.

Explore foundation settings in Tekla Structural Designer 2024, focusing on isolated foundation and the foundation design settings dialog, including reinforcement layout, depth, side length, and pile spacing.

Model pad bases in Tekla Structures 2024 using 3D or 2D views, auto design depth and size, and configure bottom-bar reinforcement and covers under bearing capacity 200.

Design pad bases with Tekla Structural Designer 2024 by auto design of foundations, reviewing sizes and ratios against minimum and maximum settings, and preparing for optimization in the review view.

Optimize pad base design by grouping foundations into sizes: 1700, 1500, and 1200, with depths of 350 and 300, then review status and reinforcement provisions ahead of foundation design checks.

Design foundation pad bases by performing bending, shear, punching, and sliding checks, and update reinforcement to 16 at 200 spacing, ensuring bearing capacity.

Create and update the project wiki details to generate accurate report headers, including project name, engineers, dates, and revisions, then manage sections, notes, and metrics for Tekla reports.

Learn to create and customize a material listing in Tekla Structures 2024, using the model report dialog, filter panel, and summaries for concrete and reinforcement.

Discover how to configure a material listing report in Tekla software designer 2024, adjusting fonts, colors, headers and footers, page setup, margins, borders, and table options for export-ready reports.

Print and review the member design calculations for beams and columns in Tekla Structure Designer 2024, using the report tab, navigation tools, and report index for easy navigation.

Create a building design report that summarizes the building, including beams, columns, slabs, and walls. Review the report via the content tab and index, then export to Word or PDF.

Explore how to create and control individual member reports in Tekla Structures 2024, including beam, column, and part based reports, with preview and design summary checks.

Configure drawing settings in Tekla Structural Designer 2024, focusing on beams and columns, set layer styles, section options, annotations, and defaults to generate clean, accurate drawings.

Generate drawings for individual members in Tekla structural designer 2024, including beams, columns, and path pieces, with automatic or manual naming and DXF export, using layout configurations and 1:25 scale.

Switch from 3D mode to plan view to generate arrangement drawings in Tekla Structural Designer 2024, creating ground floor, first floor, second floor, and foundation drawings via the drawing tab.

Generate slab detail drawings in Tekla structural designer using the drawing tab, set the 1:50 scale, and review bottom and top reinforcement with the reinforcement quantity table.

Generate concrete beam detail drawings using the drawing management workflow, selecting levels, stacking beams vertically in a linear layout, and printing floor-by-floor beam details with revision, naming, and scale options.

Generate column detail drawings by using drawing management, selecting concrete column detail, and arranging columns by groups with linear horizontal layouts; review reinforcement schedules and scales per British standards.

Generate beam and column schedules in Tekla Structure Designer, review DSF export preferences, and inspect reinforcement details and floor heights across floors, including column sizes.