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Architecture / Geosynthetic / Geogrid / Mechanically stabilized earth / Geotextile / Masonry / Concrete / Reinforcement / Strength of materials / Geotechnical engineering / Construction / Mechanics


5 APPLICATION OF THE K0-STIFFNESS METHOD TO WALL DESIGN
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Document Date: 2005-05-18 12:03:25


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File Size: 3,58 MB

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City

Fredericton / Vicenza / Seattle / Oslo / Remy / Olympia / London / Lithonia / Springfield / /

Company

Steel Reinforced Systems / /

Country

Norway / France / Italy / /

Facility

Laboratory Tests / University of Washington / University District Building / Civil Engineering Royal Military College of Canada Kingston / Laboratory Geosynthetic Stiffness Trends / TYPE OF REPORT AND PERIOD COVERED Research Office Washington State Department of Transportation Transportation Building / Laboratory Data / /

IndustryTerm

tensile load/creep devices / steel / /

NaturalFeature

Transportation Glenwood Canyon / National Forest / /

Organization

Colorado Department of Transportation Glenwood Canyon / University of Washington / Civil Engineering Royal Military College of Canada Kingston / Federal Highway Administration / OF REPORT AND PERIOD COVERED Research office Washington State Department of Transportation Transportation Building / Washington State Department of Transportation / National Technical Information Service / US Department of Transportation Federal Highway Administration / U.S. Department of Transportation / Department of Transportation E&EP Materials Laboratory Geotechnical Division Olympia / WORK UNIT / /

Person

Washington Bathurst / Richard J. Bathurst / Tony M. Allen / /

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Position

AUTHOR / Professor / Project Manager / CONTENTS Section Page EXECUTIVE / General / /

ProvinceOrState

New Brunswick / Virginia / Mississippi / Georgia / Ontario / /

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