Designing a Strip Footing in Robot Structural Analysis
Robot Structural Analysis offers powerful tools for designing concrete foundations—especially strip footings, a feature often overlooked in other software packages. In this video, we walk you through the initial steps of designing a strip footing using Robot Structural Analysis, including how to generate and print design notes for documentation purposes. Ideal for structural engineers and […]
Extracting Point Coordinates from a Point Cloud
Introduction Point clouds have gained significant traction, with specialized service providers dedicated to collecting data and generating them. However, taking the next step isn’t always as straightforward as one might expect (see blog My Problem with 3D Point Clouds). Depending on the intended application and the number of points—a crucial factor—it can sometimes feel nearly […]
Revit Geometry Missing in Navisworks
Introduction Navisworks seems to be relatively unknown in the structural engineering space, and at first glance, this makes some sense. As structural engineers, we’re generally not as concerned with clashes between different services. This responsibility often falls to architects and MEP engineers/designers. If there are clashes, it might seem like they don’t have much to […]
Modeling 101 in Robot Structural Analysis
Introduction to Modeling 101 in Robot Structural Analysis Autodesk’s Robot Structural Analysis is widely recognized as a powerful finite element analysis (FEA) tool. Among its many features, it includes a built-in wind tunnel simulator, making it a standout choice for structural engineers. However, its complex and sometimes cumbersome user interface can present challenges, especially during […]
Avoiding Mistakes with Revit Member Lengths
Revit is a powerful BIM tool, but mastering its nuances is essential for accurate project outcomes. One key aspect to understand is the difference between the Cut Length parameter and the Length parameter. Misinterpreting this distinction can lead to significant overestimations in quantities, impacting your project’s precision and costs. In this clip, we break down […]
Master the Wind Load Profile in RSAP
Conventional code-based methods for wind load calculations often have limitations when applied to non-standard scenarios. For example, asymmetric building layouts, which are far more common than neat, rectangular ones, pose challenges. In SANS 10160-3, there’s no straightforward way to determine design pressure magnitudes across zones, nor clear guidance on defining the zones themselves. Even simple […]
My Problem with 3D Point Clouds
Point clouds have become incredibly popular, especially with brands like Leica making substantial investments in technology that is truly groundbreaking. However, I have a significant issue with point clouds: they are too good. The level of detail and accuracy achievable with 3D scanning far surpasses what traditional hand measurements can provide. So, what’s the problem? […]
Advance Steel & Robot Structural Analysis Link
In the world of structural engineering, efficiency is key, especially when working with steel structures. Autodesk’s Advance Steel & Robot Structural Analysis Link is a free tool that makes it easy to integrate design and analysis by allowing seamless synchronization between Advance Steel and Robot Structural Analysis. The Advance Steel & Robot Structural Analysis Link […]
SANS Codes Available in Robot Structural Analysis
The following SANS Codes are supported for specific workflows in Robot Structural Analysis Professional (RSAP): The support for South African codes in RSAP is limited. It is advisable to gain a basic understanding of the Eurocodes or familiarise yourself with the relationship between South African codes and British Standards, as much of the content is […]
Modelling Downstand Beams in Robot Structural Analysis
Downstand beams can significantly influence the reinforcement needs of the parent slab. Different software packages have varied approaches for modeling these beams. In Prokon SUMO, the workflow involves defining the beam’s width, depth, and, finally, adjusting the offset to accurately model it as a downstand beam. In contrast, Robot Structural Analysis Professional (RSAP) simplifies this […]
