In this episode, we explore how modern tools are helping structural engineers resolve RFIs quickly—especially when it comes to retrofitting and site modifications. From last-minute changes in anchor layouts to non-standard base plate geometries and missing reinforcement, field conditions rarely match the original design.

We unpack how IDEA StatiCa enables engineers to analyze and validate non-standard details with speed and confidence. Learn how to cut down turnaround time on RFIs, tackle undocumented fixes, and support contractors with practical, code-compliant solutions—without overdesign or delay.

Read the original blog post at www.gsdidea.ae, your innovative structural design software vendor for the GCC region.

In this episode, we dive into the challenges of anchoring design, a critical yet often frustrating aspect of structural engineering. Whether dealing with anchors near concrete edges, force transfer through shear lugs, or optimizing base plate connections, traditional design methods often lead to conservative assumptions, excessive reinforcement, and inefficiencies.

Join us as we explore how modern finite element analysis (FEA) methods and tools like IDEA StatiCa are transforming anchoring design. We’ll discuss why relying on separate failure checks and outdated detailing rules can result in overdesign, and how a comprehensive, unified approach to failure mode assessment leads to safer, more efficient solutions.

Learn how advanced software solutions are eliminating guesswork from anchoring design, allowing engineers to optimize material usage, streamline workflows, and gain confidence in their calculations. If you’re ready to move beyond manual, conservative approaches and embrace a more data-driven methodology, this episode is for you.

Read the original blog post at www.gsdidea.ae, your innovative structural design software vendor for the GCC region.

In this episode, we explore the structural complexities behind the Opportunity Pavilion, a striking canopy structure from Expo 2020 Dubai. Designed to symbolize collaboration and innovation, this steel canopy faced unique engineering challenges, particularly in the behavior of its shear connections under bending moments—a factor often overlooked in conventional designs.

Join us as we discuss how IDEA StatiCa enabled engineers to accurately analyze and optimize these connections, ensuring safety and efficiency in such an ambitious project. Learn why understanding these forces is essential for structural integrity and how advanced software solutions are revolutionizing the industry.

Read the original blog post at www.gsdidea.ae, your innovative structural design software vendor for the GCC region.

In steel structures, shear connections are typically designed to transmit only vertical shear forces, with the assumption that no bending moments are present. However, certain scenarios introduce bending moments into these connections, which can significantly influence their design and performance. Learn why understanding these situations is crucial for ensuring structural integrity and how IDEA StatiCa can help you safely achieve this. We use the latest in AI technology to bring this hot topic to you.

Read the original blog post at www.gsdidea.ae, your innovative structural design software vendor for the GCC region.