RC Building Design using Tekla Structural Designer

Start a Tekla structural designer project, define base and additional levels with depths, set slab and beam visuals, and create rectangular, parallel, perpendicular, arc, and radial grids in plan view.

Import a DXF file to bring grid lines into Tekla Structural Designer, choosing the correct layer, units, and levels, then edit labels and use snap points for alignment.

Create concrete columns and shear walls in Tekla Structural Designer, set base and top levels, assign sections and gravity, and use auto alignment for correct placement and torsional rigidity.

Learn to create a sloped plane in Tekla Structural Designer by defining three points, model steel columns and beams in 3d view, and mirror or duplicate elements.

design slab on beams in tekla structural designer by choosing concrete grades, defining beam sections, drawing slabs on beams with reinforcement, and using auto alignment while adjusting spans.

Learn to model a flat slab in Tekla Structural Designer—define a 240 mm slab, set reinforcement, draw openings for the elevator and stairs, and validate against warnings.

Model a ribbed slab in Tekla structural designer as separate components, with 300 mm thickness, 60 mm cover, 150 mm rib width, 0.5 m spacing, and one-way slab behavior.

Builds a ground slab with ground beams in concrete C30/37, then designs a one-metre retaining wall, resolves collisions by removing overlap, and restores column base levels and supports.

Learn to define and assign loads and load cases in Tekla Structural Designer, including default and custom loads for offices, residential, parking, and roof.

Generate load combinations automatically in Tekla Structural Designer using the ultimate combination generator, applying British standards. Review and modify each combination with its strength and service partial factors.

Analyze and design a Tekla model by validating it, choosing analysis methods, reviewing forces and deflections, defining the core, and performing interactive concrete reinforcement design.

Design reinforced patches for columns in a Tekla Structural Designer RC building design workflow, using construction lines, plan view, and panel reinforcement in x and y directions.

Perform punching checks and adjust slab and patch reinforcement from mesh to direction-specific reinforcement, then validate top and bottom reinforcement in X and Y directions to guide redesign.

Perform beam analysis and design in Tekla Structural Designer by reviewing moments, deflection, and results; generate drawings and refine reinforcement through interactive design.

Explore how to generate and customize reports and drawings in Tekla Structural Designer, using templates, filters, material lists, and model-based content to produce building design outputs.