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Slip Resistance Behavior of Coal Tar–Coated Steel Pipelines Buried in Clayey and Sandy Backfills from Ground Movement
Publisher: ASCE
Abstract: Slip resistance of soil on buried pipelines develops from movement caused by faults, subsidence, and landslides. In areas with underground mining where subsidence is projected at the ground surface, pipelines crossing the ...
Interplay between Field Measurements and Soil Behavior for Capturing Supported Excavation Response
Publisher: American Society of Civil Engineers
Abstract: Instruments are installed during the construction of urban excavations to monitor ground response at discrete locations to various construction activities, to verify design assumptions and to effectively apply the observational ...
Utilization of Historical Subsidence Data for Prediction of Adverse Subsidence Conditions over Trona Mine
Publisher: American Society of Civil Engineers
Central Artery/Tunnel Project Excavation Induced Ground Deformations
Publisher: American Society of Civil Engineers
Abstract: Estimate of deformations around urban excavations is a primary concern for designers, contractors, owners, and potentially affected third parties. Significant efforts have gone into the development of empirically based ...
Settlement Evaluation of Soft Soil Improved by Floating Soil Cement Column
Publisher: American Society of Civil Engineers
Abstract: This study focuses on the settlement of soft soil improved by floating soil cement columns in a small-scale physical test. The effect of area improvement ratio (ap) and column height (Hc) on the improved ground under design ...