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Structural load analysis

Address code-compliance challenges by automating the traditionally time-consuming and tedious task of load analysis.

Tekla Tedds structural load analysis

Every structural design project is about safe and affordable loading.

Be it single or multi-family housing, commercial buildings or industrial structures, Tedds can help you quickly address the challenge of code compliance without over specification. Applying relevant loads, the first task of every project, is traditionally time-consuming and tedious. With Tedds, you can harness the power of automation, speeding up engineering design accuracy so you can spend less time loading and more time designing.

Structural load analysis

Wind loading

Wind loading

This wind loading calculation for Eurocode and USA determines the net wind pressures and net forces on the walls and roofs of a building that is rectangular in plan. The roof shape can be a flat roof with either sharp, curved, mansard or parapet eaves, and a monopitch, duopitch, or hipped roof.

Watch the video at TUA
Snow loading

Snow loading

This snow calculation for Eurocode and USA determines the undrifted and drifted (where applicable) snow loads on flat, monopitch, duopitch, multispan and cylindrical roofs as well as roofs abutting taller buildings.

Watch the video at TUA
Seismic loading

Seismic loading

The seismic forces calculations to satisfy USA codes allows: 1. Quick calculation of story and diaphragm forces. 2. Fast computation of seismic forces based on the equivalent lateral force procedure.

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Rolling load analysis

Rolling load analysis

This rolling load calculation undertakes the analysis of a continuous beam with unlimited spans and a load train with unlimited wheel point loads. The beam self-weight can be included or excluded from the analysis. An optional beam UDL can be applied.

Watch the video at TUA
RC nib design

RC nib design

This cast-in-place concrete calculation checks the design of a reinforced concrete nib subject to vertical and horizontal forces.

Watch the video at TUA
Tekla Tedds timber racking loads

Timber racking loads

The calculation determines the racking forces to be resisted by timber frame panels at each floor, for lateral wind loads on the walls and panels of a multi-storey building that is rectangular in plan and has a flat roof, monopitch roof, duopitch roof or hipped roof.

Watch the video in TUA

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Person quote
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A simple, user-friendly program; Tedds is fantastic and necessary tool for structural engineers.

— Sam Leo

Consultant S. Leo Inc.

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