Castellated Beam Design in ProtaStructure involves slicing an I-beam longitudinally along its web in a specific pattern. The separated sections are rejoined with a deeper web, increasing the beam’s depth while maintaining nearly the same weight. This design makes castellated beams highly efficient for enhancing load-bearing capacity without additional steel. By increasing their depth, these beams provide greater moment-carrying capacity, especially useful where structural height limitations exist.

However, Castellated Beam Design in ProtaStructure 2025 introduces potential failure mechanisms that must be addressed. Common issues include web post buckling, lateral-torsional buckling, and local buckling around openings. Proper checks and careful design are crucial to ensuring safe and effective use. When designed properly, castellated beams offer a versatile and powerful solution for various engineering projects.

With Castellated Beam Design in ProtaStructure 2025, users can model, analyze, and design castellated beams precisely. This capability creates new opportunities for structural optimization and innovation. Detailed instructions for configuring castellated beams are provided within the software. Users can design non-composite castellated beams, perform necessary checks, and complete detailing steps for project implementation.

By utilizing the castellated beam features within ProtaStructure 2025, engineers can enhance structural efficiency while ensuring safety and compliance. This new capability demonstrates ProtaStructure’s commitment to comprehensive tools for modern structural engineering. Discover how Castellated Beam Design in ProtaStructure 2025 empowers engineers to maximize design flexibility and performance. For more details, refer to the “ProtaStructure 2025 New Features” document.