Accession Number : ADA132876

Title :   Chemical Stabilization of Subgrade Soil for the Strategic Expeditionary Landing Field.

Descriptive Note : Master's thesis,

Corporate Author : GEORGIA INST OF TECH ATLANTA SCHOOL OF CIVIL ENGINEERING

Personal Author(s) : Conaway,Michael H

PDF Url : ADA132876

Report Date : Jun 1983

Pagination or Media Count : 101

Abstract : The Strategic Expeditionary Landing Field (SELF) is a military expeditionary-type airfield with an aluminum matted surface that is designed for sustained tactical and cargo airlift operations in an amphibious objective area. Because of the operational traffic parameters such as loads of the various types of aircraft, tire pressures and volume of traffic, a base layer must be constructed over subgrade soil support conditions which may be only marginal. The base layer could be constructed with conventional soil construction techniques (compaction) and yield the required strength. It would be difficult, however, to maintain this strength for the required one-year service life under many climatic conditions due to the degrading effects of water on the support capacity of many soils. Chemical soil stabilization with lime, portland cement and asphalt stabilizing agents could be used to treat the soil. These additives, when properly mixed with certain types of soils, initiate reactions which will increase soil support strength and enhance durability (resistance to the degrading effects of water). Technically, this procedure is quite viable but logistically, it may not be feasible.

Descriptors :   *Landing fields, *Construction, *Soil stabilization, Soils, Bearing strength, Additives, Limestone, Cements, Asphalt, Layers, Construction materials

Subject Categories : Terminal Flight Facilities
      Soil Mechanics
      Civil Engineering

Distribution Statement : APPROVED FOR PUBLIC RELEASE