Northwestern University’s new 35,000-seat Ryan Field showcases the role of structural and construction engineering in modern stadium design, from its below-grade seating bowl to its sweeping steel canopy and exposed structural framing.
Northwestern University’s new 35,000-seat Ryan Field showcases the role of structural and construction engineering in modern stadium design, from its below-grade seating bowl to its sweeping steel canopy and exposed structural framing.
An award-winning sculpture at London’s Canary Wharf combines complex structural engineering, repurposed materials and an innovative low-carbon concrete mix that cut embodied carbon by 66%.
The University of Toronto Scarborough’s Indigenous House combines innovative timber architecture, natural ventilation and acoustic engineering to create spaces for cultural activities, learning and community gatherings.
New Martyn’s Law guidance clarifies who is in scope, how standard and enhanced tier duties will work, SIA notification requirements, and what UK venue owners and operators should do before the law takes effect.
After a major storm, wind speed alone may not explain why a structure failed. See how computational fluid dynamics (CFD) modeling can help forensic investigators visualize complex wind behavior and uncover aerodynamic effects that standard analysis may not capture.
The City of Nashua, New Hampshire, is exploring an overnight parking permit program to address residential parking shortages. See how Thornton Tomasetti’s parking and mobility expertise is helping inform the city’s approach.
The Chicago Tribune calls Northwestern University’s new Ryan Field “Chicagoland’s most architecturally distinguished sports facility in more than a century.” Our firm provided structural engineering for the 35,000-seat stadium, which brings a new civic landmark to Evanston.