We were faced with an extraordinary geotechnical challenge; our client wanted to support large tilt wa11 buildings and pavements for a 32 acre Commercial Shopping Center on 5 to 8 feet of saturated, I lo 3 blow/foot hydraulically placed fill. To make matters more difficult, the site was in the seismically active Napa Valley. We offered 3 solutions; 2 conventional, and 1 unconventional. Our conventional solutions consisted of: 1) piers founded in the normally consolidated clay below the hydraulic fill, or, 2) over-excavation and replacement of the upper 5 to 8 feet of highly unstable soil. Our unconventional solution consisted of Short Aggregate Piers (Geopier or SAP) to mitigate settlement for moderate building loads. Because of economics, ...
Supplemental geotechnical investigations were conducted on two Detroit area projects with the purpos...
On June 11, 2002, a 150-foot wide and 60-foot deep sinkhole collapsed in Pine Hills, near Orlando, F...
This paper presents a case history of Lean Concrete Column (LCC) design, prediction, installation, a...
Faced with difficult soil conditions for the support of two 6-story office towers in Dublin, CA and ...
Construction over extremely expansive soils raises the risk of structural foundation failure and pot...
The paper describes the design and construction history of a 10-story (with provision for two more s...
A five-story precast concrete building was to be built on 10 to 130 feet of mixed cohesive and bould...
An “unconventional” earth retaining system consisting of drilled underpinning piers, was used succes...
The Geopier® Rammed Aggregate Pier system is an innovative ground improvement method developed in th...
A gravel storage building and distribution facility was planned for construction at the West Parr ya...
The 45-story Great American Tower, the tallest building in Cincinnati, is not only changing the down...
One of the problems regularly facing engineers in designing additions to buildings or other structur...
The design and construction of the Chiquita Brands maintenance facility over deep soft compressible ...
A former industrial landfill site was selected for the design and construction of a large industrial...
This paper presents a case in which dynamic compaction (DC) was used as site preparation for a propo...
Supplemental geotechnical investigations were conducted on two Detroit area projects with the purpos...
On June 11, 2002, a 150-foot wide and 60-foot deep sinkhole collapsed in Pine Hills, near Orlando, F...
This paper presents a case history of Lean Concrete Column (LCC) design, prediction, installation, a...
Faced with difficult soil conditions for the support of two 6-story office towers in Dublin, CA and ...
Construction over extremely expansive soils raises the risk of structural foundation failure and pot...
The paper describes the design and construction history of a 10-story (with provision for two more s...
A five-story precast concrete building was to be built on 10 to 130 feet of mixed cohesive and bould...
An “unconventional” earth retaining system consisting of drilled underpinning piers, was used succes...
The Geopier® Rammed Aggregate Pier system is an innovative ground improvement method developed in th...
A gravel storage building and distribution facility was planned for construction at the West Parr ya...
The 45-story Great American Tower, the tallest building in Cincinnati, is not only changing the down...
One of the problems regularly facing engineers in designing additions to buildings or other structur...
The design and construction of the Chiquita Brands maintenance facility over deep soft compressible ...
A former industrial landfill site was selected for the design and construction of a large industrial...
This paper presents a case in which dynamic compaction (DC) was used as site preparation for a propo...
Supplemental geotechnical investigations were conducted on two Detroit area projects with the purpos...
On June 11, 2002, a 150-foot wide and 60-foot deep sinkhole collapsed in Pine Hills, near Orlando, F...
This paper presents a case history of Lean Concrete Column (LCC) design, prediction, installation, a...