Precision engineering, high safety, optimized execution At KETEC Design, we offer specialized services in the design of various structural systems. By combining technical expertise, advanced software tools, and strict compliance with international codes, we provide safe, economical, and efficient solutions tailored to your projects. From small-scale structures to complex systems, we are by your side to ensure the best possible outcome.
Experience, knowledge, and reliable solutions Our team has extensive experience in designing steel structures, reinforced concrete buildings, industrial warehouses, and excavation support systems. We adhere to both national and international standards, offering optimized and reliable engineering solutions. Our approach blends innovation, sustainability, and practical execution to ensure the best structural performance.
Enhanced safety, reduced costs In structural design, precision and optimization are key to improving safety and reducing costs. Utilizing specialized software and adhering to recognized codes, we deliver designs that are not only safe but also cost-effective. By applying modern analysis and design methods, we minimize excess material usage and streamline the construction process.
Knowledge synergy, improved project quality We are open to collaborating with structural designers and consulting engineers across various project stages. If you need support, consultation, or specialized structural analysis for any part of your project, we’re ready to assist. Our collaborative approach enhances design quality, reduces errors, and helps optimize project timelines.
In this lesson, we teach how to check welded splices in box (rectangular or square) steel columns. You’ll learn how to evaluate force transfer through welds, plate sizing, and weld detailing. Design checks for axial, bending, and combined forces are covered based on code requirements. This session ensures you design safe, buildable, and inspection-friendly column splices.
This lesson focuses on checking a pinned beam-to-column connection using bolts and a shear plate. You'll learn how to evaluate shear transfer, bearing strength, bolt group behavior, and detailing rules. We’ll guide you through the calculations based on real project scenarios. This training ensures your connection design is safe, efficient, and meets code requirements.
In this lesson, we explore how to evaluate a pinned beam-to-beam connection using bolts and a shear plate. You’ll learn how to analyze shear transfer, bearing and tear-out checks, and bolt spacing rules. We’ll walk through the calculations step by step using practical examples. This tutorial helps ensure your connections are safe, efficient, and code-compliant.
In this tutorial, I explain how to check the WUF-W (Welded Unreinforced Flange – Welded Web) moment connection. You’ll learn how to verify its capacity, detailing requirements, and code-based limitations. Then, we move on to check the beam splice connection that follows the WUF-W joint. The lesson includes practical examples and insights for real-world structural applications.
