Tekla Structural Designer RSA Design

Often it is necessary to apply wind loading to portions of a structure that are not clad, especially for Industrial Structures, and manually performing this task can be very labor-intensive. The new O

The stiffness of concrete members is determined in large part by their state of cracking - which can vary between the ‘extreme’ conditions of entirely uncracked and fully cracked. The new Partially Cr

Users asked and we listened - the various Drift checks performed within Tekla Structural Designer (TSD) have been thoroughly updated and enhanced. While TSD has always performed these checks in line w

With Structural Engineers typically concerned primarily with the strength and stiffness of a structure, it can be difficult to give the necessary attention to secondary aspects such as Fireproofing an

For faster analysis and design of reinforced cast-in-place tall concrete buildings, Tekla Structural Designer can save structural design time and give more engineering insight. Reducing error-inducing

As engineers need to consider more sustainable wooden structures Tekla Structural Designer and Tekla Tedds combine for effective, automated analysis and design of timber columns and beams. For both US

Construction efficiency can be improved by an open approach to Building Information Modelling [BIM] process. Reliable interoperability supports structural professionals to reuse BIM data in their engi

Watch how Structural Engineers can save time and improve their tall building design using Tekla Structural Designer. Now in 2021, the data required for effective Wind Tunnel assessment to determine di

Watch as we investigate the results between the different analysis types carried out in Tekla Structural Designer and how these differences will affect the design of the members and the panels in the

Watch how to transfer 3D rebar from reinforced concrete columns, beams, slabs, and footings designed with Tekla Structural Designer easily into Tekla Structures for fast automatic detailing. Laps, Cra

Structural Engineers often find themselves in situations where they need to account for the significant weight of a piece of equipment and associated loading such as wind, but do not actually have the

This video demonstrates the Tekla Tedds Steel to concrete simple connection design calculation to the Eurocode. The calculation checks the design of a simply supported beam connected to an embedded p

Base plates can now be modeled and checked within Tekla Structural Designer for EC3 and US (simplified) designs, thus streamlining your workflow. It is no longer necessary to export to Tekla Connectio

This video demonstrates the Tekla Tedds Steel simple connection design calculation to the Eurocode. The calculation checks the design of simple beam to beam, or beam to column, partial depth end plat

This video demonstrates the Tekla Tedds Steel masonry support design calculation to the Eurocode. The calculation checks the bending, deflection and fixings of a steel beam supporting masonry. The su

As Structural Engineers begin to focus more on various sustainability aspects, the need to thoroughly review a members' design status has become even more critical. This more sustainable design approa

This video demonstrates the Tekla Tedds Steel beam supporting hollowcore slab design calculation to the Eurocode. The calculation checks the design of single span, simply supported, rolled I or H, ASB