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Department of Civil, Construction, and Environmental Engineering
Research by Principal Investigator
David White, Principal Investigator
Associate Professor, Department of Civil, Construction and Environmental Engineering (CCEE).
See bio
.
Projects
Listed with most current first.
Rapid, Self-contained In-situ Permeameter for Field QC/QA of Pavement Base/Subbase Materials
Implementation of Intelligent Compaction Performance Based Specifications in Minnesota
Modified Sheet Pile Abutments for Low Volume Bridges (TR-568)
Laboratory Kneading Compactor Evaluation and In-situ Measurements Database Development
Investigation of Dual Roller-Integrated MDP/CMV Compaction Monitoring Technologies and Measurement Influence Depth
Develop Onboard Machine Technology for Real-Time Determination of Soil Water Content
Performance Evaluation of Concrete Pavement Granular Subbase (TR-554)
Field Validation of Intelligent Compaction Monitoring Technology for Unbound Materials and HMA
SGER: Soil-Structure Interaction of Bridge Columns in Frozen Environments
Mix Design Development for Pervious Concrete in Cold Weather Climates
Evaluation of Intelligent Compaction Systems
Review of Stability Berm Alternatives for Environmentally Sensitive Areas
Effective Shoulder Design and Maintenance (TR-531)
Design Guide for Improved Quality of Roadway Subgrades and Subbases (TR-525)
Investigation of Steel Stringer Bridges: Substructures and Superstructures (TR-522)
Self-Consolidating Concrete--Applications for Slip Form Paving, Phase 1
Measurements of Seasonal Changes and Spatial Variation in Pavement Subgrade Support Properties - a Link to Pavement Performance (TR-516)
Full scale direct shear test on rammed aggregate piers
Field Evaluation of Compaction Monitoring Technology: Phase 2
Optimization and Management of Materials in Earthwork Construction (TR-501)
Numerical analysis of foundations supported by rammed aggregate piers
Synthesis of Non-Destructive Testing Technologies for Geomaterial Applications
Investigation of Improved Utility Cut Repair Techniques to Reduce Settlement in Repaired Areas (TR-503)
A Pilot Study to Investigate the Use of Aggregate Screenings in Roadway Construction
Field Evaluation of Compaction Monitoring Technology, Phase 1 (TR-495)
Embankment Quality, Phase 4: Application to Unsuitable Soils (TR-492)
Nondestructive Testing Technology for Quality Control and Acceptance of Flexible Pavement Construction
Slope Stability Evaluation and Remediation Techniques for Iowa
Innovative Solutions for Slope Stability Reinforcement and Characterization in Iowa Soils (TR-489)
Cost Comparison of Treatments Used to Maintain or Upgrade Aggregate Roads
The influence of lateral pre-stressing on shear strength and stiffness of soils
Development of Abutment Design Standards for Local Bridge Designs
Finite Element Analysis of Tensar/Geopier Systems
Reuse of Lime Sludge from Water Softening in Road Construction and Other Applications
Numerical Analysis of Geosynthetic-Reinforced Rammed Aggregate Pier-Supported Embankments
Identification of the Best Practices for the Design, Construction, and Repair of Bridge Approach Sections (TR-481)
Determination of the Optimum Base Characteristics for Pavements (TR-482)
Constitutive modeling parameters of compacted aggregates
Utilization of Coal Combustion By-Products in Civil Engineering Construction Applications
Fly Ash Research
2002 Fly Ash Program
A Numerical Investigation of Settlement Reduction in Widening of Road Embankments Using the Geopier and Geogrid Foundation Systems
Soil Stabilization of Non-Uniform Subgrade Soils (TR-461, Proj. 4)
Iowa Fly Ash Affiliate Research Program
Embankment Quality, Phase 3 (TR-401)
Evaluation of Rammed Aggregate Piers for Highway Applications in Iowa Soils (TR-443)
Embankment Quality, Phase 1 (TR-401)
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