Innovative Approach to Flat Slab Analysis and Design – MIDAS Gen Webinar :
Join us for an engaging webinar that delves into the complete process of flat slab modeling, analysis, and design in line with the latest Eurocode standards. This session goes beyond theory, offering practical, hands-on insights that engineers can immediately apply in the field.
🔥Key Features of the Session:
• Real-World Modeling: Experience detailed modeling from drop panels and column capitals, culminating in the creation of a full five-story building model.
• Precise Load Definition: Learn how to accurately define a variety of static load cases—including self-weight, pressure, static wind, and seismic loads—using Eurocode guidelines.
• In-Depth Result Interpretation: Gain clarity on interpreting critical analysis outcomes such as deformations, internal forces, bending moment diagrams, stresses, local directional force sums, and Wood-Armer moments.
• Advanced Design Techniques: Discover innovative approaches to reinforcement definition and meshed slab design that ensure structural durability and stability.
• Performance Evaluation: Benefit from expert insights on conducting cracked section analysis to assess slab performance under realistic loading conditions.
This webinar isn’t just a lecture—it’s an interactive learning experience that seamlessly integrates theory with practical application. Don’t miss this opportunity to enhance your design capabilities and stay ahead in the ever-evolving field of structural engineering.
Dev BharatiaTechnical Support Engineer, MIDAS IT
Dev pursued a Master's Degree in Structural Engineering from SVNIT Surat and has experience assisting on diverse bridge and building projects. He has worked on design projects in the past and gained hands-on site experience. With a strong foundation in structural analysis and design, he is passionate about solving engineering challenges and optimizing structures for safety and efficiency. His interest also lies in leveraging APIs to optimize structural engineering solutions, enhancing efficiency and accuracy in design and analysis.