Building Code Compliance – 3D Concrete Walls Constructed Using 3D Printing Construction Technology

Building Code Compliance - 3D Concrete Walls Constructed Using 3D Printing Construction Technology
Building Code Compliance - 3D Concrete Walls Constructed Using 3D Printing Construction Technology

Building Code Compliance of 3-D Concrete Walls Constructed Using 3-D Printing Construction Technology in the U.S.A. by Mahmut Ekenel, ICC Evaluation Service, LLC.

Advances in construction technology have opened doors for building construction with new and innovative methods that are fast, efficient, reliable and cost effective. One of these methods is three-dimensional (3D) printing construction technology (also known as additive manufacturing) for the job site construction of 3D concrete walls. Construction with 3D printing construction technology offers many advantages, such as single step manufacturing process that can provide expedited construction times and consequently lower labor costs, and many more. Because 3D printing construction technology is not within the provisions of the International Building Code (IBC), the predominant building code in the United States, an acceptance criterion for 3D printing construction technology for 3D concrete walls (AC509) has been developed under IBC Section 104.11. This paper explains the requirements of acceptance criteria AC509, and how 3D concrete walls constructed using 3D printing construction technology are evaluated under AC509 to be in compliance with the predominant building code in the United States (IBC).

Details

Title Building Code Compliance - 3D Concrete Walls Constructed Using 3D Printing Construction Technology
Duration 60 Mins
Language English
Format MP4
Size  XXX MB
Download Method Direct Download  
Download Links  BECOME A MEMBER VIEW DOWNLOAD LINKS

The post Building Code Compliance – 3D Concrete Walls Constructed Using 3D Printing Construction Technology appeared first on Civil Engineering Knowledge Base.



from Civil Engineering Knowledge Base https://ift.tt/2XXva2E