National Concrete Bridge Council

You are invited to join us for our November webinar: “Qualification, Testing, and Certification of Multistrand and Bar Post-Tensioning Systems: An Innovative Program by the Post-Tensioning Institute. Learn more about the certification program that is based on the PTI/ASBI specification, a standard already supported by numerous state DOTs and FHWA. Register Today! https://lnkd.in/e6jCvbdF

Last chance to register for this afternoon’s webinar! Don’t miss “The Critical Role of Construction Engineers in Building Bridges” starting at 1pm Eastern. https://lnkd.in/ejBcn7ab

Less than 2 weeks to register for the Prestressed Concrete Bridge Seminar: Concepts for Extending Spans. November 14–15, 2024 Embassy Suites by Hilton Portland Downtown 319 SW Pine Street, Portland, OR 97204 https://lnkd.in/e7scPNRZ November 18–19, 2024 The Davenport Grand, Autograph Collection 333 West Spokane Falls Boulevard, Spokane, WA 99201 https://lnkd.in/e3Zpqut9 Two industry experts, Dr. Rich Miller and Dr. Clay Naito, along with other industry experts, will give DOT professionals, contractors, consulting engineers, and other industry professionals the opportunity to learn more about topics from relevant industry best practices including the new PCI Bridge Design Manual, 4th Edition, 1st Release. Experts will cover topics such as prestress (pretensioned and post-tensioned) losses and relevant guidance for the design and construction of long-span precast, prestressed concrete bridges. These topics will be directed toward engineers with several years of bridge design experience.

Whether you are engaged in bridge design, bridge construction or asset management, the NCBC webinar next week will help participants understand the critical nature of this often-over-looked role of the construction engineer or erection engineer as well as the requirements and use of construction engineering for concrete bridges. There's still time to register - https://lnkd.in/ejBcn7ab

Did you know that many bridge projects require an analysis of the structure during the construction phase since the construction loads may control the design or the means and methods affect the locked-in forces and geometry? This webinar will investigate the strength and stability of the structure during construction, and you will gain insights into different strategies tailored for complex structures. Register to join us! https://lnkd.in/ejBcn7ab

You are invited to join us for our October webinar: “The Critical Role of Construction Engineers in Building Bridges.” Many of today’s bridge projects require unconventional construction schemes to hurdle site constraints and meet project requirements. This webinar will investigate the role of a Construction Engineer, and how their involvement can bridge the gap between the Designer and Contractor on complex projects. https://lnkd.in/ejBcn7ab

Last chance to register for this afternoon’s webinar! Don’t miss “Cutting Edge Performance Concrete for Sustainable Bridge Construction” starting at 1pm Eastern today. https://lnkd.in/eNKMdiT5

Whether you are engaged in bridge design, bridge construction or asset management, the NCBC webinar next week will help participants understand how using silica fume to produce high-strength concrete bridge components can reduce the volume of concrete and reinforcement required and increase the service life of concrete bridges exposed to chlorides and other chemicals. Click here to register - https://lnkd.in/eNKMdiT5

After tracking the advancements in concrete design, the presenter will discuss material selection for high performance concrete in bridge design and construction. He will review how to assign carbon footprint to a concrete mix design and describe durability and life-cycle considerations for concrete bridges. There's still time to register - https://lnkd.in/eNKMdiT5

You are invited to join us for our September webinar: “Cutting Edge Performance Concrete for Sustainable Bridge Construction.” With the global interest in reducing the carbon footprint of concrete in construction, the use of silica fume has the potential to develop “Low-Carbon Concrete.” The use of silica fume in conjunction with higher amounts of other SCMs can reduce the quantity of Portland cement required and lead to a significant reduction in CO2 associated with concrete construction. Register today! https://lnkd.in/eNKMdiT5