The exhibit at the Structural Engineering Institute’s annual conference achieved cost, speed, and carbon benefits.

Discover how smarter construction systems are enabling future-ready development through automation, digital technologies, ...

Most civil structures exhibit nonlinear behavior during moderate to severe earthquakes. Consequently, inelastic analysis is needed for seismic design. Several dynamic and static analysis methods are ...

The transition from the Uniform Building Code (UBC-97) to the International Building Code (IBC-21) marked a major shift in the definition of seismic hazard. The term “seismic hazard” in the form of ...

Office-to-residential conversion seems like a simple solution to a problem. Nationwide, office vacancies stand at 17%, with some big cities—San Francisco, Houston, Austin—topping 30%, while the U.S.

No one disagrees that construction lags in innovation and that everything from restrictive building codes to exaggerated perceptions of risk hold us back. Now two decades old, the Charles Pankow ...

The structural system can account for as much as 62% of the embodied carbon associated with the production of an office building and 51% of a hospital or a school. Graphic courtesy S. C. Kaethner, J.

Our online Master of Science in Civil Engineering degree program prepares you to design, build, analyze, and lead advanced civil and structural engineering projects anywhere in the world. The program ...

Gain comprehensive knowledge of timber structures from experts. Learn advanced design of timber structures. The advent of mass timber and tall wood buildings has brought timber design back into the ...

As every architect and professional working in the building industry knows, construction is a labor intensive and time consuming process. Expected difficulties with construction and installation can ...

Material choice is one of the single biggest cost levers in any new construction project, and it is also one of the most ...