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3 report(s) found for Christopher Bareither
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Expansive Soil Mitigation for Transportation Earthworks by Polymer Amendment (Jun 2022, MPC-22-462)
Zana Taher, Joseph Scalia IV, and Christopher A. Bareither

The objective of this study was to determine the effectiveness of commercially available polymer soil stabilizers in expansive soil swell reduction relative to quicklime and Class C fly ash. A survey of state departments of transportation within the Mountain-Plains region of the United States (Colorado...

 
Coupled Numerical Simulation of Debris Flow-Soil-Structure Interactions for Flexible Barrier Mitigation Systems (Jun 2021, MPC-21-438)
Aliena Marie Debelak, Christopher Bareither, and Hussam Mahmoud

The objective of this study was to simulate the stress-displacement behavior of a flexible debris-flow mitigation structure with a three-dimensional finite element model (FEM). Flexible, steel ring-net structures are becoming state-of-practice for debris-flow mitigation in mountainous terrain. These...

 
Re-Use of Mine Waste Materials Amended with Fly Ash in Transportation Earthworks Projects (Oct 2017, MPC-17-332)
Mohammad H. Gorakhki, Sultan A. Alhomair, and Christopher A. Bareither

The objectives of this study were to assess geotechnical properties of mine waste amended with fly ash and evaluate reuse of fly ash amended mine waste as road construction material. Three types of fly ash and one type of cement were used as cementitious binder. Natural and synthetic (i.e., laboratory...

 
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