Bridging the Gap Between Material Science and Structural Engineering

The Bridge is an interdisciplinary research group dedicated to bridging the gap between material science and structural engineering. Our mission is to drive innovation in civil engineering by tightly coupling the development of advanced construction materials with the performance-driven demands of structural systems. By aligning material behavior with engineering design, we aim to enable the next generation of resilient, sustainable, and high-performance structures. Our research focuses on key areas such as reinforced and prestressed concrete structures, advanced concrete materials, bridge engineering, and inelastic structural analysis. At the core of our work is a central belief: the integration of material science and structural engineering is not just a scientific endeavor but a practical necessity for achieving performance-based, energy-efficient, and long-lasting infrastructure.
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We address this interdisciplinary challenge through a synergistic approach that combines experimental testing, computational modeling, and field implementation. Our current efforts center on cutting-edge topics, including Ultra-High-Performance Concrete (UHPC), 3D Concrete Printing, Low-Carbon Construction Materials and Technologies, and Optimized Structural Design. Our work contributes directly to national and global objectives in sustainable development, climate resilience, and infrastructure durability. By uniting breakthrough material research with structural application, the Bridge Research Group is shaping a new paradigm in civil engineering—one that is technically robust, environmentally responsible, and socially impactful.
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Building on this integrated approach, we are now advancing our efforts toward developing structural design guidelines that translate our research into practical tools for engineers, supporting the widespread adoption of innovative materials and construction practices. Through our work, we aim to transform how civil infrastructure is conceived, designed, and built—bridging science and engineering to shape the future of construction.