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    Smart Precast Workflows & Seismic Assessment of Historic Masonry

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    AI Summary
    • Explore integrated precast workflows in MIDAS GEN NX, connecting structural analysis, Eurocode-based design, and detailing to improve engineering efficiency.
    • Learn practical methods for seismic assessment of historic masonry structures, including numerical modelling, modal analysis, response spectrum analysis, and nonlinear pushover analysis.

    Description

    This webinar explores two key applications of MIDAS GEN NX: efficient precast structural design and seismic assessment of historic masonry buildings. Through practical workflows and engineering case studies, experts demonstrate how integrated modelling, Eurocode-based design, and advanced structural analysis support efficient engineering and reliable structural performance evaluation.

    Key Points

    Integrated Precast Design: Discover how MIDAS GEN NX streamlines structural analysis, design, and detailing for precast structures.

    Historic Masonry Modelling: Learn how to model heritage buildings, accounting for material properties, structural connections, existing damage, and geometric irregularities.

    Seismic Performance Assessment: Explore modal, response spectrum, and nonlinear pushover analyses to evaluate seismic behavior and structural safety.

    Benefit

    Free Trial License

    Official GEN NX License

    Certificate

    Issued upon session completion

    Speaker

    Oğuz Uzdil Civil Engineer and Lecturer Istanbul University
    Dr. Oguz Uzdil is a civil engineer and lecturer at Istanbul Aydın University in Istanbul, Türkiye. He holds a PhD in Civil Engineering from Istanbul University. His research focuses on the seismic assessment and strengthening of masonry and historic structures, with particular expertise in finite-element modelling, performance-based evaluation, and linear and nonlinear structural analysis.

    He has published extensively in international Q1 and Q2 journals, as well as in book chapters and conference proceedings. His work combines modal, response-spectrum and pushover analyses with practical numerical modelling, including case studies of traditional masonry buildings, historic schools, mosques, and timber–masonry structures.
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    You can reach our technical experts through multiple channels: email at support@midasuser.com, our online support portal, or by scheduling a consultation through our website.