Ground Improvement Parameters: soil_mixing

Design parameters for ground improvement techniques — stone columns, soil mixing, jet grouting, dynamic compaction, vibro-compaction, preloading with PVDs, deep soil mixing, micropiles, and ground freezing — with bearing capacity, settlement reduction, column dimensions, applicable soils, and QC methods

Civil Engineeringtechnique: soil_mixing3 rows
techniqueapplicable soil typesQC methodarea replacement ratio max (dimensionless)area replacement ratio min (dimensionless)bearing capacity increase factor max (dimensionless)bearing capacity increase factor min (dimensionless)column diameter m max (m)column diameter m min (m)environmental impactimprovement depth max m (m)liquefaction mitigationmodulus improvement factor max (dimensionless)modulus improvement factor min (dimensionless)notesproduction rate m per day (m/day)relative costsettlement reduction factor max (dimensionless)settlement reduction factor min (dimensionless)spacing m max (m)spacing m min (m)undrained shear strength gain pct max (percent)undrained shear strength gain pct min (percent)
soil_mixingloose_sandCPT_and_core_sampling0.50.15830.80.4low20yes15015Deep soil mixing in loose sands; effective for liquefaction mitigation and excavation support; mixing energies higher; binder dosage 150-250 kg/m3 cement; grid/lattice patterns for earthquake mitigation per FHWA; production higher in granular soils10high0.80.42.50.8400100
soil_mixingmarine_clay_high_salinityUCS_testing_after_28_days0.550.2520.850.45medium15yes808High salt content inhibits cement hydration; cement dosage must be increased 20-30%; slag or fly ash additions beneficial; strength development slower; in-situ seawater mixing with fresh cement acceptable; offshore deep mixing effective with specialized equipment7high0.70.32.50.940080
soil_mixingsoft_clay_Cu_lt_50kPaUCS_testing_and_core_sampling0.60.2520.80.4medium20yes10010Wet deep soil mixing (WDSM) with cement/lime binders; unconfined compressive strength 0.5-5 MPa; modulus E50~300*qu (FHWA-HRT-13-046); area replacement 20-60% for grid or lattice patterns; liquefaction mitigation effective as stiff inclusions reduce shear strains; UDS gain 100-500% (column itself); production 8-12m/day per rig; curing 28 days for full strength8high0.70.32.50.8500100

This is a sample. Search the full ground improvement parameters dataset and 300+ more by creating a free account and accessing the database.

Get started for FREE

Related data