The field of seismic design for steel structures has evolved from a brute-force resistance to a sophisticated dance with natural forces. Dunbon stands at the forefront of this evolution by integrating the principles of ductility and energy dissipation, validating designs through advanced computer modeling, and realizing them with precision fabrication. This holistic, innovation-driven approach ensures that buildings in earthquake-prone regions are not just code-compliant but are genuinely resilient, safeguarding lives, investments, and the continuity of operations when it matters most.
202601-28The field of seismic design for steel structures has evolved from a brute-force resistance to a sophisticated dance with natural forces. Dunbon stands at the forefront of this evolution by integrating the principles of ductility and energy dissipation, validating designs through advanced computer modeling, and realizing them with precision fabrication. This holistic, innovation-driven approach ensures that buildings in earthquake-prone regions are not just code-compliant but are genuinely resilient, safeguarding lives, investments, and the continuity of operations when it matters most.