Tutorials

Wind loading (ASCE)

This video demonstrates the Tekla Tedds wind loading calculation to ASCE.  Further information on Tekla Tedds can be found here.
by Tedds Development Team
0

Steel joist design (SJI)

This video demonstrates the Tekla Tedds steel joist design calculation to SJI. The calculation checks the strength capacity and deflection requirements of K, LH and DLH Series joists based on allowable uniform load tables per SJI using either the “Load and resistance factor design” (LRFD) or “Allowable stress design” (ASD) method. Further information on Tekla Tedds can be found here.
by Tedds Development Team
0

Steel member analysis and design (AISC360)

This video demonstrates the Tekla Tedds Steel member analysis and design calculation to AISC . The calculation checks the design of rolled I sections (W, M, S or HP), channel sections (C or MC), and HSS sections (rectangular, square, round or pipe) subject to major axis bending, shear and axial tension or compression, and rolled T sections, angles and double angles and flats subject to axial tension using either the load and resistance factor design (LRFD) method or the allowable stress design (ASD) method.
by Tedds Development Team
0

Steel beam analysis and design (EN1993)

This video demonstrates the Tekla Tedds Steel beam analysis and design calculation to the Eurocode. The calculation checks the design of rolled I and H sections, rolled asymmetric sections, slimflor sections, rolled channel sections, rolled T sections, rolled rectangular hollow sections and rolled circular hollow sections subject to major or minor axis bending, shear and axial tension or compression Further information on Tekla Tedds can be found here.
by Tedds Development Team
0

Snow loading (ASCE7)

This video demonstrates the Tekla Tedds Snow loading calculation to ASCE. The calculation determines the balanced and unbalanced (where applicable) snow loads on a flat, monoslope, hip and gable, sawtooth, curved or continuous beam roof. Further information on Tekla Tedds can be found here.
by Tedds Development Team
0

Seismic forces (ASCE7)

This video demonstrates the Tekla Tedds seismic force calculation.  Further information on Tekla Tedds can be found here.
by Tedds Development Team
0

Retaining wall analysis and design (ACI318/MSJC)

This video demonstrates the Tekla Tedds Retaining wall analysis and design calculation to ACI318/MSJC. The calculation checks the analysis or analysis and design of a reinforced concrete or masonry retaining wall. Further information on Tekla Tedds can be found here.
by Tedds Development Team
0

RC column design (ACI318)

This video demonstrates the Tekla Tedds precast concrete bearing design calculation. The calculation checks the design of a braced or unbraced, slender or non-slender rectangular or circular column. Further information on Tekla Tedds can be found here.
by Tedds Development Team
0

Masonry wall panel design (MSJC)

This video demonstrates the Tekla Tedds precast concrete bearing design calculation. The calculation determines the capacity of concrete and clay masonry wall panels of single-wythe construction featuring solid or hollow masonry. Hollow masonry can be grouted and may include vertical and horizontal reinforcement. The panels may be subject to a variety of loading conditions in plane and out of plane. These include vertical dead, live and roof loads including vertical wind loads from roof.
by Tedds Development Team
0

Foundation analysis and design (ACI318)

This video demonstrates the Tekla Tedds Foundation analysis and design calculation to ACI. The calculation checks the analysis and design or analysis only of a pad or strip footing (isolated or combined) in reinforced concrete. The footing may be subject to vertical loads (Dead, Live, Roof live, Rain, Snow, Wind and Seismic), horizontal loads and moments (Dead, Live, Wind and Seismic) applied at the base of the columns and walls. It may also be subject to surcharge loads applied as area loads directly to the top of the footing.
by Tedds Development Team
0

Flagpole embedment (IBC)

This video demonstrates the Tekla Tedds flagole footing calculation to IBC. The calculation determines the soil lateral pressure and required depth for a flagpole footing. Further information on Tekla Tedds can be found here.
by Tedds Development Team
0

Column base plate design (AISC360)

This video demonstrates the Tekla Tedds Column base plate design calculation to AISC360. The base plate section of the calculation checks the design of a column base plate thickness, section to base welding and shear lugs where appropriate in accordance with the LRFD or ASD methods. The anchor bolt calculation checks the tensile and shear failure modes for embedded anchors. Further information on Tekla Tedds can be found here.
by Tedds Development Team
0

Anchor bolt design (ACI318)

This video demonstrates the Tekla Tedds anchor bolt design calculation to AISC318. The calculation checks the tensile and shear failure modes for embedded anchors Further information on Tekla Tedds can be found here.
by Tedds Development Team
0

Masonry bearing design (EN1996)

This video demonstrates the Masonry bearing design calculation to the Eurocode. The calculation checks the bearing design of concentrated vertical loads and allows multiple loads to be applied to a single masonry wall panel. The calculation checks the localized bearing resistance of the masonry directly beneath the load and will determine if a spreader is required. The spreader can be designed as either a concrete padstone or a steel spreader plate.
by Tedds Development Team
0

Crane gantry girder design (EN1993)

This video demonstrates the Tekla Tedds Crane gantry girder design calculation. The calculation checks the design of simply supported gantry girders comprising of either a plain I section, an I section with a capping plate or an I section with a capping channel, carrying a conventional overhead or an underslung travelling crane. Further information on Tekla Tedds can be found here.
by Tedds Development Team
3.5
  • Crane
  • Gantry
  • Girder
  • Top mounted
  • Underslung

Tedds Projects

In this tutorial you will learn about Tedds Projects. If you’re working on a job that requires several Tedds calculations, for example a calculation package to be completed and submitted together, then the best way to do this is to create a Project. A Tedds Project allows you to group multiple Tedds documents together, change their order, organize them into folders and edit their headers with a common project header.
by Tedds Development Team
5
  • First Steps
  • Tedds
  • eLearning
  • Tedds Projects

Using the Tedds application

In this tutorial you will learn what Tekla Tedds is, the difference between the Tedds application and Tedds for Word, before learning how to use the Tedds application. You will learn about configuring the software for your region and how to select a calculation from the engineering library. You will learn about the user interface of the Tedds application and the calculations before completing the header details of the output document and printing, saving and briefly looking at other output options.
by Tedds Development Team
5
  • First Steps
  • Tedds
  • The Tedds application
  • eLearning

Wood shear wall design (NDS)

This video demonstrates the Tekla Tedds Wood shear wall design calculation. This calculation determines the capacity of wood structural panel and lumber sheathed shear walls acting as elements of a lateral force resisting system in accordance with the design provision contained within the ANSI/AF&PA Special Design Provisions for Wind and Seismic. It allows both allowable stress design (ASD) and load resistance factor design (LRFD) using either the segmented or perforated shear wall design methods.
by Tedds Development Team
0
  • Wood shear wall design
  • Wood panel

Pile analysis (FHWA)

This video demonstrates the Tekla Tedds Pile analysis (FHWA) calculation. The calculation considers static analysis of the resistance capacity of single piles, driven or drilled, in multiple geomaterial strata. Analysis to load and resistance factor design (LRFD) or allowable stress design (ASD) methods are available. Further information on Tekla Tedds can be found here.
by Tedds Development Team
0
  • Pile analysis

Creating Active Sketches

This video will introduce how to create active sketches. These are dynamic pictures that you can add to your calculations or the user interface.  We'll look at the drawing functions required to create a sketch. Then we'll look at an example of defining simple shapes and an advanced example to get you started. Note: This is the third of three videos in a series of tutorials to become a Tedds Expert.  To access the homepage for this tutorial series and find links to the rest of the videos, please follow the link below.
by Tekla Support US
0
  • Tutorials
  • US Tedds Expert Tutorials

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