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Tutorials

RC wall design (EN1992)

by Tedds Development Team
0
This video demonstrates the Tekla Tedds RC wall design calculation to the Eurocode. The calculation checks the design of braced and unbraced, slender and non-slender walls. The calculation can be used in three basic ways: To check the capacity of the specified wall against the specified axial load (including tension) and minor axis end moments. To produce the interaction diagram about the minor axis for the specified wall. To determine the design bending moments for the specified wall, axial load and end moments.

RC slab design (EN1992)

by Tedds Development Team
0
This video demonstrates the Tekla Tedds RC slab design calculation to the Eurocode. The calculation checks the design of one or two-way spanning reinforced concrete slabs. Further information on Tekla Tedds can be found here.

Column base plate design (EN1993)

by Tedds Development Team
0
This video demonstrates the Tekla Tedds Column base plate design calculation to the Eurocode. The calculation checks the design of a column base plate for applied moments, compressive and tensile axial forces, and shear. The calculation also includes an anchor design check for proprietary metal anchor data from a manufacturers' ETA which is checked for tension and shear forces as appropriate. Further information on Tekla Tedds can be found here.

Masonry wall panel design (EN1996)

by Tedds Development Team
0
This video demonstrates the Tekla Tedds Masonry wall panel design calculation to the Eurocode. The calculation checks the design of masonry wall panels and sub panels of single-leaf or cavity wall construction, either with or without bed joint reinforcement and with or without masonry piers, subjected to horizontal and/or vertical loading. Further information on Tekla Tedds can be found here.
  • Masonry wall

Snow loading (EN1991)

by Tedds Development Team
0
This video demonstrates the Tekla Tedds Snow loading calculation to the Eurocode. The calculation determines the undrifted and drifted (where applicable) snow loads on flat, monopitch, duopitch, multispan and cylindrical roofs as well as a roofs abutting taller buildings. Further information on Tekla Tedds can be found here.

Steel column design (EN1993)

by Tedds Development Team
0
This video demonstrates the Tekla Tedds Steel column design calculation to the Eurocode. The calculation checks the design of a steel column using rolled I, H, channel, rectangular or circular hollow sections subject to biaxial bending, shear and axial compression or tension. . Further information on Tekla Tedds can be found here.

Foundation analysis and design (EN1992/EN1997)

by Tedds Development Team
0
This video demonstrates the Tekla Tedds Foundation analysis and design calculation to the Eurocode. The calculation checks the analysis and design, or analysis only, of a pad or strip foundation in reinforced or plain concrete. Further information on Tekla Tedds can be found here.

Timber 2D analysis and design (EN1995)

by Tedds Development Team
0
This video demonstrates the Tekla Tedds Timber 2D analysis and design calculation to the Eurocode. The calculation checks the design of solid timber, flitch, glulam and LVL members subject to major axis bending, shear and axial tension or compression. The calculation allows for the analysis and design of multiple members which are defined in a single 2D analysis model. Each design member is checked at multiple points across all spans to ensure that the worst combination of moments, shears and axial forces are considered.

Timber member analysis and design (EN1995)

by Tedds Development Team
0
This video demonstrates the Tekla Tedds Timber member analysis and design calculation to the Eurocode. The calculation checks the design of solid timber, flitch, glulam and LVL members subject to major axis bending, shear and axial tension or compression. The calculation can be used to analyse and design a single or multi span beam. Further information on Tekla Tedds can be found here.

Timber member design (EN1995)

by Tedds Development Team
0
This video demonstrates the Tekla Tedds TImber member design calculation to the Eurocode. The calculations checks the design of solid timber, flitch, glulam and LVL members subject to major and minor axis bending, shear and axial tension or compression. Further information on Tekla Tedds can be found here.

Retaining wall analysis and design (EN1992/1996/1997)

by Tedds Development Team
0
This video demonstrates the Tekla Tedds retaining wall analysis and design calculation to the Eurocode. The calculation checks the analysis, or analysis and design of a reinforced concrete or masonry retaining wall. The wall stem may be either cantilevered or propped and may feature either stepped or inclined faces. The retaining wall base may also be propped. Masonry stem design includes unreinforced as well as pocket, hollow or cavity reinforced masonry options.
  • retaining wall

Wind loading (EN1991)

by Tedds Development Team
0
This video demonstrates the Tekla Tedds Wind loading calculation to the Eurocode. The calculation 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, a monopitch roof, a duopitch roof or a hipped roof. For futher details about Tekla Tedds please refer to the product page here.
  • Wind loading

Using Tekla Tedds for batch design

by Tedds Development Team
0
This video demonstrates using Tekla Tedds for batch design. In the Excel work book the library and item name of the calculation to be used (Bearing pressures for rectangular footings) are entered and then the input and output variables for the calculation are defined on a new work sheet. Firstly a single design case is defined and the calculations normal user interface is shown. Then five additional design cases are defined and the batch design is run with the calculations user interface hidden.
  • Batch Design

RC 2D analysis and design (EN1992)

by Tedds Development Team
0
This video demonstrates the RC 2D analysis and design calculation to the Eurocode. The calculations check the design of rectangular, flanged T and flanged L sections subject to major axis bending and shear. The calculation allows for the analysis & design of multiple beams which are defined in a single 2D analysis model. Each span in the beam is checked according to the specified zones which can be amended in the design process.

RC beam design (EN1992)

by Tedds Development Team
0
This video demonstrates the RC beam design calculation to the Eurocode. The calculations check the design of rectangular, flanged T and flanged L sections subject to major axis bending and shear. The calculation can be used to design multiple sections based on defined values for bending moment and shear force.

RC beam analysis and design (EN1992)

by Tedds Development Team
0
This video demonstrates the RC beam analysis and design calculation to the Eurocode. The calculations check the design of rectangular, flanged T and flanged L sections subject to major axis bending and shear. The calculation allows for the analysis and design of a single beam. Each span in the beam is checked according to the specified zones which can be amended in the design process.

RC corbel design (EN1992)

by Tedds Development Team
0
This video demonstrates using Tekla Tedds for reinforced concrete corbel design to the Eurocode. The calculation checks the design subject to vertical and horizontal forces following a strut and tie system of design. The design is in accordance with EN1992 and the National Annex for the UK, Ireland, Singapore, Malaysia, Finland, Norway, Sweden or the recommended Eurocode values.

Steel sheet piling design (USA)

by Tedds Development Team
0
This video demonstrates using Tekla Tedds for steel sheet piling design (USA). The calculation checks the stability of either a cantilever or a propped/tied steel sheet pile wall by determining the required minimum embedment length and calculates the minimum required plastic section modulus per metre run of wall. Where appropriate the calculation will determine the tie/prop force.

RC stair design (EN1992)

by Tedds Development Team
0
This video demonstrates using Tekla Tedds for Reinforced concrete stair design to the Eurocode. The calculation checks the design of a reinforced straight flight of stairs. The stairs span longitudinally between supports at the top and the bottom of the flight and are unsupported at the sides. Supporting beams are located at the outside edges of the landings. The calculation is in accordance with EN1992 and the National Annex for the UK, Ireland, Singapore, Malaysia, Finland, Norway, Sweden or the recommended Eurocode values.

Steel sheet piling design (EN1997)

by Tedds Development Team
0
This video demonstrates using Tekla Tedds for steel sheet piling design to the Eurocode. The calculation checks the stability of either a cantilever or a propped/tied steel sheet pile wall by determining the required minimum embedment length and calculates the minimum required plastic section modulus per metre run of wall. Where appropriate the calculation will determine the tie/prop force.

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