STRUCTURE Articles

Complex mass timber interacts with a transparent envelope.

Modern design tools and methods help structural engineers reinforce and repair bowstring truss buildings.

Mass timber has become one of the most important developments in modern structural engineering. Cross-laminated timber, glulam, mass plywood panels and hybrid timber systems help project teams deliver buildings that are lighter, faster to erect and more carbon-conscious than many […]

Amazon’s DII5 delivery station and logistics facility is a breakthrough in industrial mass timber construction.

In Star Trek, Warp 10 represents the theoretical speed limit of the universe. United Therapeutics (UT) adopted the name for its newest North Carolina project, WARP10, signaling an ambition to push the boundaries of sustainable design and construction.

Three 75-foot curved timber beams distinguish one of the newest exhibits at Seattle’s Woodland Park Zoo.

Maintaining the structural integrity of historic American barrel-aging warehouses requires care, creativity, knowledge, and experience.

An outside-the-box design demonstrates that mass timber, in this case mass plywood, provides an aesthetically pleasing, cost effective, carbon sequestering, and thermally efficient alternative for warehouses and other big box buildings.

How timber, steel, and concrete built a world-class engineering institute and advanced Princeton University’s campus sustainability goals.

A recently updated guide helps structural engineers navigate the design process and roles and responsibilities when it comes to premanufactured metal plate connected wood trusses.

Reuse of screws is already occurring in the field. The critical question is not whether reuse happens, but whether it can be made measurably safe.

Structural steel, exposed concrete, and mass timber converge to realize the Museum’s interlocking pavilion design.