Posté(e) Avril 27, 200818 a comment_9783 SALAM. UN SITE QUI TRAITE LES PONTS . Bridge Technology Design Flow Charts Technical Documentation Page and Acknowledgements Design Step 1 - General Information / Introduction Design Step 2 - Concrete Deck Example Design Step 3 - Steel Girder Design Design Step 4 - Bolted Field Splice Design Design Step 5 - Miscellaneous Steel Design Design Step 6 - Bearing Design Design Step 7 - Abutment and Wingwall Design Design Step 8 - Pier Design Design Step 9 - Pile Foundation Design Input Sample - Opis Input Sample Output Sample - Opis Output Sample Table of Contents Design Step 2.1 - Obtain Design Criteria Design Step 2.2 - Determine Minimum Slab Thickness Design Step 2.3 - Determine Minimum Overhang Thickness Design Step 2.4 - Select Slab and Overhang Thickness Design Step 2.5 - Compute Dead Load Effects Design Step 2.6 - Compute Live Load Effects Design Step 2.7 - Compute Factored Positive and Negative Design Moments Design Step 2.8 - Design for Positive Flexure in Deck Design Step 2.9 - Check for Positive Flexure Cracking under Service Limit State Design Step 2.10 - Design for Negative Flexure in Deck Design Step 2.11 - Check for Negative Flexure Cracking under Service Limit State Design Step 2.12 - Design for Flexure in Deck Overhang Design Step 2.13 - Check for Cracking in Overhang under Service Limit State Design Step 2.14 - Compute Overhang Cut-off Length Requirement Design Step 2.15 - Compute Overhang Development Length Design Step 2.16 - Design Bottom Longitudinal Distribution Reinforcement Design Step 2.17 - Design Top Longitudinal Distribution Reinforcement Design Step 2.18 - Design Longitudinal Reinforcement over Piers Design Step 2.19 - Draw Schematic of Final Concrete Deck Design LE LIEN : http://www.fhwa.dot.gov/bridge/lrfd/us_ds1.htm
comment_9783SALAM. UN SITE QUI TRAITE LES PONTS .
Bridge Technology
Design Flow Charts
Technical Documentation Page and Acknowledgements
Design Step 1 - General Information / Introduction
Design Step 2 - Concrete Deck Example
Design Step 3 - Steel Girder Design
Design Step 4 - Bolted Field Splice Design
Design Step 5 - Miscellaneous Steel Design
Design Step 6 - Bearing Design
Design Step 7 - Abutment and Wingwall Design
Design Step 8 - Pier Design
Design Step 9 - Pile Foundation Design
Input Sample - Opis Input Sample
Output Sample - Opis Output Sample
Table of Contents
Design Step 2.1 - Obtain Design Criteria
Design Step 2.2 - Determine Minimum Slab Thickness
Design Step 2.3 - Determine Minimum Overhang Thickness
Design Step 2.4 - Select Slab and Overhang Thickness
Design Step 2.5 - Compute Dead Load Effects
Design Step 2.6 - Compute Live Load Effects
Design Step 2.7 - Compute Factored Positive and Negative Design Moments
Design Step 2.8 - Design for Positive Flexure in Deck
Design Step 2.9 - Check for Positive Flexure Cracking under Service Limit State
Design Step 2.10 - Design for Negative Flexure in Deck
Design Step 2.11 - Check for Negative Flexure Cracking under Service Limit State
Design Step 2.12 - Design for Flexure in Deck Overhang
Design Step 2.13 - Check for Cracking in Overhang under Service Limit State
Design Step 2.14 - Compute Overhang Cut-off Length Requirement
Design Step 2.15 - Compute Overhang Development Length
Design Step 2.16 - Design Bottom Longitudinal Distribution Reinforcement
Design Step 2.17 - Design Top Longitudinal Distribution Reinforcement
Design Step 2.18 - Design Longitudinal Reinforcement over Piers
Design Step 2.19 - Draw Schematic of Final Concrete Deck Design
LE LIEN :
http://www.fhwa.dot.gov/bridge/lrfd/us_ds1.htm