Publication Abstract




Proceedings of the 39th Annual Conference on Deep Foundations, 2014, Atlanta, GA, USA, (DFI)

Case History: Drilled Shaft Foundation System in Cemented Soils, Las Vegas, Nevada Brandon Kluzniak, P.E., Arup
Brandon Kluzniak, P.E., Arup, Moses Karakouzian, P.E., Ph.D. and Rouzbeh Afsharhasani, University of Nevada, Las Vegas

The Vegas High Roller is the centerpiece of a new development parcel adjacent to the Las Vegas Strip. At a height of 550 feet, the High Roller is currently the tallest observation wheel in the world. The design team conducted a geotechnical site investigation to characterize the alluvial soils and cemented layers encountered and to provide foundation design recommendations for the observation wheel, boarding platform, and temporary structures needed to erect the wheel structure. This paper presents a case history of the geotechnical design process, including development of a ground model and design parameters, high-strain dynamic axial load tests, and settlement monitoring during construction. Results indicated that design parameters were conservatively assumed and that the majority of the axial load was transferred to a near surface caliche layer, thereby resulting in insignificant settlement of the foundation system.


 article #2013; publication #1011 (AM-2014)