Guide Specifications and Commentary for Vessel Collision Design of Highway Bridges, 2nd Edition, with 2010 Interim RevisionsAASHTO |
Зміст
SECTION 1INTRODUCTION | 1 |
SECTION 2SYMBOLS AND DEFINITIONS | 13 |
SECTION 3GENERAL PROVISIONS | 19 |
SECTION 4DESIGN VESSEL SELECTION | 61 |
SECTION 5SUBSTRUCTURE PROVISIONS | 87 |
SECTION 6CONCRETE AND STEEL DESIGN | 91 |
SECTION 7BRIDGE PROTECTION DESIGN PROVISIONS | 93 |
SECTION 8BRIDGE PROTECTION PLANNING GUIDELINES | 155 |
RISK ASSESSMENT EXAMPLE | 163 |
APPENDIX ARISK ASSESSMENT EXAMPLE PASSEDTHEPOINT QUERY FOR CARGO COMMODITY AND VESSEL TRIP DATA 2000 | 191 |
APPENDIX BRISK ASSESSMENT EXAMPLE METHOD I ANALYSIS BAYOU LAFOURCHE | 195 |
APPENDIX CRISK ASSESSMENT EXAMPLE METHOD II ANALYSIS CONCRETE GIRDER OPTION A3 FUTURE FLEET 2053EQUAL RISK | 201 |
Загальні терміни та фрази
AASHTO AASHTO Guide Specification acceptance criteria American Association Annacis Island annual frequency Approach Pier ballasted barge impact barge tow Bayou Lafourche bridge collapse bridge element bridge location bridge pier bridge protection bridge structure bridges crossing cell collision force collision with bridges computed concrete damage depth deadweight tonnage defined in Article deformation design vessel determined developed displacement disruption cost dolphin draft estimated Eurocode evaluated existing bridges extreme events factor fender fender system Figure C1 Highway and Transportation impact energy impact force kips knots Leeville load combination LRFD main piers main span Method motorist navigable waterways navigation channel Outerbridge Crossing percent protective structure requirements risk analysis scour Ship Collision ship impact force shown in Figure substructure Sunshine Skyway Bridge superstructure Tasman Bridge tonnage Transportation Officials typical U.S. Coast Guard vessel collision vessel fleet vessel impact forces vessel traffic vessel transit path water depth width