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Research

Structural Engineering and Mechanics

Structural engineering research examines how structures are designed and built to perform safely under a wide range of conditions, from everyday use to extreme events. This work informs how buildings and infrastructure are tested, improved and adapted over time.

A full-scale test on a steel braced frame in the Large-Scale Structural Engineering Testing Laboratory evaluates the seismic performance of chevron braced frames with beams that that are weaker than current code requirements.

Overview

Research in structural engineering focuses on how structures and materials respond to forces such as weight, movement, wind, temperature changes and ground shaking. Faculty and students use analytical, numerical and experimental methods to study structural performance and improve design approaches used in engineering practice.

This work supports the development of more reliable and durable buildings and infrastructure. Computational modeling plays an important role in understanding structural response and interactions with surrounding environments, helping connect research with real-world use.

Research topics and associated faculty

Reinforced and prestressed concrete structures

Paolo Calvi, Marc Eberhard, Dawn Lehman, Laura Lowes, John Stanton, Travis Thonstad

Concrete engineering using advanced, recycled or 3D-printed materials

Paolo Calvi, Dawn Lehman, John Stanton, Travis Thornstad

Steel and composite structures

Jeff Berman, Dawn Lehman

Tsunami engineering

Marc Eberhard, Dawn Lehman, Michael Motley

Structural design and analysis of marine energy devices

Michael Motley, Richard Wiebe

Accelerated bridge construction

Paolo Calvi, Marc Eberhard, Dawn Lehman, John Stanton, Travis Thonstad

Advanced numerical simulation and computational mechanics

Laura Lowes, Peter Mackenzie-Helnwein, Michael Motley, John Stanton, Richard Wiebe

Aerospace structures

Richard Wiebe

Labs and centers

CEE faculty lead research labs and centers that support structural engineering research and education. Faculty-led labs enable experimental and computational studies of how structures respond to multiple forces, such as weight, movement and environmental effects. Department-based centers, generally funded by industry and government, coordinate research on specific themes and connect faculty, students and partners through education and outreach.

Degree programs

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