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Playing with Fabric

Civil + Structural Engineer

By Shannon Humbert, Legacy Building Solutions Rigid-frame fabric buildings offer a permanent solution for athletic facilities. For many entities, both public and private, the need for an athletics and recreation facility comes down to two options: A permanent brick and mortar building, or a lower-cost fabric bubble.

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Design and specification considerations: Stand-alone canopy structure systems

Construction Specifier

Freestanding canopy systems can be specified for numerous project applications, fabricated with a choice of materials, and engineered to meet a range of performance requirements. Unlike attached canopy systems that typically designate a building’s entrances, these stand-alone structures are multifunctional.

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Cutting-edge construction system traces its beginnings back to Purdue

Civil + Structural Engineer

Kettelhut Professor of Civil Engineering , began work on the steel and concrete composite construction system, called SpeedCore, almost a decade ago with the technique’s creator, Ron Klemencic of the engineering firm Magnusson Klemencic Associates. It creates a heat sink, and it provides stiffness to the steel structure.

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What Is a Retaining Wall | Types of Retaining Walls | How Retaining Walls Work | Retaining Wall Detail | Retaining Wall Anchoring Retaining Wall Systems

CivilJungle

What Is a Retaining Wall? A retaining wall is a design of a structure ; it is built when there is a desired change in ground elevation and to resist the lateral pressure of soil that exceeds the repose angle of the soil. At different levels on the two sides supporting soil laterally retaining, walls are used.

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Offsite vs. Onsite Construction Part 2

Civil + Structural Engineer

The benefits of offsite construction, which comprises the manufacturing, planning, design, fabrication, and assembly of building elements offsite are expansive. The panel of experts below, representing the construction, engineering, and building systems industries, explore and explain the many benefits of this alternative construction method.

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Harvard University’s new building features hydroformed facade for energy efficiency

Construction Specifier

Harvard University Science and Engineering Complex (SEC) in Boston, Massachusetts, uses a specially designed hydroformed tensile facade system made of stainless steel to maximize energy efficiency and provide occupant comfort. The facade’s stainless-steel material is both delicate and lightweight, mimicking the qualities of fabric.

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Adventures in Renovation: The Historic Courthouse and the Stair and Elevator Tower Conundrum

Civil + Structural Engineer

Additions are commonly made to the side of a building, which simplifies the structure and creates one plane where the new interfaces with the existing. A significant number of MEP systems, some active and some abandoned, needed to be demolished and moved out of the footprint of the tower just under the second floor roof.