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How unpiloted systems are changing the landscape for civil and structural engineers

Civil + Structural Engineer

By Josh Rayburn Unpiloted systems continue transforming civil and structural engineering by improving efficiency, accuracy, and safety while empowering civil and structural engineers to control costs. Modern unpiloted systems include robotics with sensors that can be deployed on a schedule and a specific path.

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Why Choose the PowerLift System for Your Foundation Repair Needs?

CCR Magazine

When it comes to maintaining the integrity of your home, a strong foundation is crucial. Over time, factors such as soil movement, water damage, and natural wear and tear can compromise the stability of your foundation. This is where a reliable foundation repair system becomes essential.

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Protecting Commercial Structures with Robust Water Resistive Systems

Construction Daily News

This is especially true in commercial construction, where water damage can compromise the longevity, safety, and energy efficiency of the entire structure. With this in mind, keep reading as we explore the importance of protecting commercial structures with robust water-resistive systems.

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New BJC Health Tower Breaks Ground in St. Louis

Civil + Structural Engineer

Louis area, Barnes-Jewish Health Systems (BJC) undertook a long-term, campus wide renewal project. The floors change throughout the first five floors, both geometrically in the floor plates and structurally,” said Joe Galli, national accounts manager, PERI USA. PD5 shoring systems spanned up to 40 feet.

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A New Era of Bridge Construction Technology Lands in the U.S.

Civil + Structural Engineer

by constructing a modular bridge system, that is pre-engineered, with an internal self-supporting superstructure that includes the reinforcing steel and formwork. Once complete, the structure is a fully integral bridge with no joints, bearings or tie-downs. It arrives on-site without the heavy concrete so that its cast-in-place. .”

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American Concrete Institute’s New Certificate Program – Designing Concrete Structures Reinforced with GFRP Bars Using the ACI CODE-440.11-22

Civil + Structural Engineer

22 “Building Code Requirements for Structural Concrete Reinforced with Glass Fiber-Reinforced Polymer (GFRP) Bars” is a newly developed design code for new concrete structures reinforced with GFRP bars. It addresses construction and material requirements, structural systems, members, and strength and serviceability requirements.

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STV Partners with San Diego MTS to Revamp Vital Transit Infrastructure Systems

Civil + Structural Engineer

The project team, led by STV as the overall task lead and subconsultant to Chen Ryan Associates (CRA), will design plans to replace the existing TPSS while minimizing impacts and delays to the system, maintaining the operational efficiency of MTS’s extensive 65-mile track network and keeping the system’s 300,000 weekday trips on schedule.