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Industrialized Construction Bridges the Gap Between Traditional and Future Building – Q&A with Salla Eckhardt

Autodesk Construction Cloud

As SVP of Commercial Markets, Salla uses her expertise to advance the use of technology in the commercial sector to transform the built environment.  Originally from Finland, Salla holds a master’s in architecture and structural engineering. Have you always been interested in industrialized construction?

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Industrialized Construction Bridges the Gap Between Traditional and Future Building – Q&A with Salla Eckardt

Autodesk Construction Cloud

As SVP of Commercial Markets, Salla uses her expertise to advance the use of technology in the commercial sector to transform the built environment.  Originally from Finland, Salla holds a master’s in architecture and structural engineering. Have you always been interested in industrialized construction?

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BIM for Reinforced Concrete – From Design to Detailing in One Model

BIM & Beam

This is the third blog post in a series that discusses the advantages of working on concrete projects in a BIM process for structural engineers. Segmentation is dictated by engineering, architectural, or fabrication requirements, and its reinforcement is determined by the structural engineer.

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Revit 2017 - New Features and Enhancements

Revit OpEd

In Architectural and Coordination discipline views this allows you to apply a gradient override to make it more obvious which elements are farthest away compared to the elements that are closest to the cut plane of the view. The schedule Properties dialog has seen some cosmetic changes, note the new Combine Parameters button.

Revit 40
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DEFLECTIONS IN DETERMINATE TRUSSES

The Constructor

The displacement can be computed as ……………. (1) In such cases, applying the principle of virtual work, ………………….2(a) 2(a) Where, = change in length of member k, = change in thermal expansion of member K = change in temperature. Tweet Loading GET LATEST TOPICS IN YOUR EMAIL- SUBSCRIBE NOW.

Concrete 128
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COMMON STRUCTURAL FAILURE CAUSES

The Constructor

The most common causes of structural failures are: (1) Poor communication between the various design professionals involved, e.g. engineers involved in conceptual design and those involved in the supervision of execution of works. (2) 2) poor communication between the fabricators and erectors. (3)

Concrete 177
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List of Common Construction Abbreviations

Job Order Contracting

ACF: Architectural Concrete Finish. ADAAG: Americans with Disabilities Act Architectural Guidelines. ARCH: Architect, Architectural. ASCE: American Society of Civil Engineers. ASME: American Society of Mechanical Engineers. FAB: Fabricate. FABR: Fabricate. FBP: Fabric Panel. SCH: Schedule.