New Orleans / Lancaster / Brooklyn / San Diego / Port Elizabeth / New York / Springfield / /
Company
Lancaster Composite Inc. / Plastic Piling Inc. / Empire State Development Corporation / Seaward International Inc. / Composite Inc. / Technology Turner-Fairbank / /
Event
Diplomatic Relations / /
Facility
Pike McLean / Urban Utility Center Polytechnic University / Port of Elizabeth / Port of New Orleans / Nashville Avenue Marine Terminal / Port Authority / Metrotech Center / Fiberglass bar / Technology Turner-Fairbank Highway Research Center / U.S. Navy Pier / /
IndustryTerm
fiberglass bars / steel bars / steel piles / disintegrated fiberglass parts / pile driving equipment / fiberglass / demonstration site / distributed fiberglass / steel / energy / /
Organization
New York State Department of Transportation / Port Authority of New York and New Jersey / TABLE OF CONTENTS CHAPTER / U.S. Government / Federal Highway Administration / Port Authority of New York / National Technical Information Service / Urban Utility Center Polytechnic University / Period Covered Office / U.S. Department of Transportation / United States Navy / Critical Buckling Force / Work Unit / /
Person
Carl Ealy / Gary L. Henderson / Uri Komornik / Ilan Juran / /
Behavior of Fiber-Reinforced Polymer Composite Piles Under Vertical Loads PUBLICATION NO. FHWA-HRT[removed]Research, Development, and Technology