Bridges references

56 references – 9 freely available from official sources (listed first).

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Available from official sources 9

FHWA - BRIDGE - Bond of Field-Cast Grouts to Precast Concrete ElementsOfficial sourceUS DOT ROSA P · FHWA-HRT-16-081bridge engineering; grouting; concrete; precast concrete; prefabrication; bridges; usa; fhwa; federal highway administration; us dot

SCI ED008 Iles D.C. (2012) Determining the buckling resistance of steel and composite bridge structuresOfficial sourceSCI (steelconstruction.info) · ED008bridge engineering; buckling; steel; composite construction; steel-concrete composite; bridges; steel bridges; composite bridges; united kingdom; sci; steel construction institute; d.c. iles

SCI P356 Iles D.C. (2010) Composite highway bridge design (P356 including corrigendum, 2014). SCIOfficial sourceSCI (steelconstruction.info) · P356bridge engineering; composite construction; steel-concrete composite; bridges; steel bridges; composite bridges; united kingdom; sci; steel construction institute; d.c. iles

SCI P357 Composite Highway Bridge Design - Worked ExamplesOfficial sourceSCI (steelconstruction.info) · P357bridge engineering; composite construction; steel-concrete composite; bridges; steel bridges; composite bridges; worked examples; united kingdom; sci; steel construction institute

Design Example For Prestressed Concrete (PSC) Girder Superstructure Bridge (SI unit) to AASHTO LRFDOfficial sourceUS DOT ROSA P · SI-unit versionbridge engineering; si units; concrete; prestressed concrete; bridges; precast girders; bulb-tee girder; aashto; lrfd; load and resistance factor design; worked examples; usa

FHWA - Comprehensive Design Example for Prestressed Concrete (PSC) Girder Superstructure Bridge With CommentaryOfficial sourceFHWA · FHWA-NHI-04-043 (US units)bridge engineering; concrete; prestressed concrete; bridges; precast girders; bulb-tee girder; worked examples; usa; fhwa; federal highway administration; us dot

FHWA Steel Bridge design handbook (Design sample 2 span bridge)Official sourceUS DOT ROSA P · Design Example 2A, FHWA-IF-12-052bridge engineering; steel; bridges; steel bridges; composite bridges; manual; handbook; usa; fhwa; federal highway administration; us dot

[DOT.CA] Bridge Design PracticeOfficial sourceCaltrans · Web page with chapter PDFs (no single file)bridge engineering; bridges; usa

Bridge Design-Eurocodes-Worked examplesOfficial sourceEU JRC (jrc.ec.europa.eu)bridge engineering; bridges; eurocodes; worked examples

Not hosted publicly – link opens a Google Scholar search 47

2018 PCI-NBC Measuring Friction Losses Of Large-Angle Post-Tensioned Concrete WallsGoogle Scholar searchbridge engineering; concrete; prestressed concrete; post-tensioning; anchorage zone; prestress losses; creep; shrinkage; camber; pci; precast/prestressed concrete institute

CEB FIP model code 1990 ing (1)Google Scholar searchbridge engineering; fib model code; model code; standards; specifications; fib; ceb-fip

Design and Construction Consideration for Continuous Post-Tensioned Bulb-Tee Girder BridgesGoogle Scholar searchbridge engineering; prestressed concrete; post-tensioning; anchorage zone; bridges; precast girders; bulb-tee girder; continuous beams

Designer's Guide to to EN1992-1-1Google Scholar searchbridge engineering; eurocode 2; en 1992; concrete design; design guide; guidelines; designers' guide

Designers-guide-to-en-1992-1-1-and-en-1992-1-2-desGoogle Scholar searchbridge engineering; eurocode 2; en 1992; concrete design; fire design; designers' guide; design guide; guidelines

Designers-guide-to-en-1993-2-steel-bridges-2007pdfGoogle Scholar searchbridge engineering; steel; bridges; steel bridges; composite bridges; design guide; guidelines; designers' guide

JL-90-JULY-AUGUST-8 Transfer and development length of epoxy coated and uncoated prestressing strandGoogle Scholar searchbridge engineering; prestressed concrete; transfer length; development length; journal paper

MCEER-ATC-49-2 Design Examples Recommended LRFD Guidelines for the Seismic Design of Highway BridgesGoogle Scholar searchbridge engineering; seismic analysis; bridges; lrfd; load and resistance factor design; design guide; guidelines; worked examples

Prestressed Concrete Bridges - Design and ConstructionGoogle Scholar searchbridge engineering; concrete; prestressed concrete; bridges

Rogers Bridge 2000 My Thuan Bridge - VietnamGoogle Scholar searchbridge engineering; cable-stayed bridge; vietnam; case history; bridges

Shrinkage and Creep of PC GirderGoogle Scholar searchbridge engineering; prestress losses; creep; shrinkage; camber; bridges; precast girders; bulb-tee girder

2013 LRFD NEBT Preliminary Load charts US units-1Google Scholar searchbridge engineering; precast girders; bulb-tee girder; lrfd; load and resistance factor design

2018 03 06 NEDBT plotGoogle Scholar searchbridge engineering; bulb-tee girder; load chart

AASHTO-PCI Bulb-TeesGoogle Scholar searchbridge engineering; bridges; precast girders; bulb-tee girder; aashto; pci; usa; precast/prestressed concrete institute

Comprehensive Design Example for Prestressed Concrete (PSC) Girder Superstructure Bridge -SI UnitsGoogle Scholar searchbridge engineering; si units; concrete; prestressed concrete; bridges; precast girders; bulb-tee girder; worked examples

NEBT US CustomaryGoogle Scholar searchbridge engineering; precast girders; bulb-tee girder

2019 r 03 FIU pedestrian bridge collapseGoogle Scholar searchbridge engineering; failure case; forensic engineering; bridges; pedestrian bridge; usa

Can Tho Bridge - Nippon Koei Tender DesignGoogle Scholar searchbridge engineering; cable-stayed bridge; tender design; vietnam; bridges; japan

Concrete Cracking in Tension Members and Application to Deck Slab of BridgesGoogle Scholar searchbridge engineering; slabs; concrete; crack control; cracking; bridges

Design issues related to dynamic effects for high-speed railway bridges in SpainGoogle Scholar searchbridge engineering; bridges; railway bridges; dynamic effects; spain

PCI CRACK RESERCHGoogle Scholar searchbridge engineering; crack control; cracking; pci; precast/prestressed concrete institute

Prevention of splitting failure at ends of prestressed beams during fabricationGoogle Scholar searchbridge engineering; failure case; forensic engineering; prestressed concrete

Effect of elastomeric bearing modelling parameters on the sesmic design of RC highway bridges with precast concrete girdersGoogle Scholar searchbridge engineering; numerical analysis; finite element analysis; concrete; reinforced concrete; precast concrete; prefabrication; bridges; precast girders; bulb-tee girder; bridge bearings

NEW JERSEY - Bridges and Structures Design ManualGoogle Scholar searchbridge engineering; bridge design manual; usa; bridges; manual; handbook

Recommended LRFD Guidline for Seismic Design of High Way Bridge, Part 1Google Scholar searchbridge engineering; seismic analysis; bridges; lrfd; load and resistance factor design

Recommended LRFD Guidline for Seismic Design of High Way Bridge, Part 2Google Scholar searchbridge engineering; seismic analysis; bridges; lrfd; load and resistance factor design

The Design of Highway Bridge Parapets BD 52-93Google Scholar searchbridge engineering; bridges; design manual for roads and bridges; dmrb; united kingdom

VDOT - Road and Bridge Specification 2007SpecBookGoogle Scholar searchbridge engineering; bridges; specification; standards; specifications; usa

FWHA Steel Bridge Design Handbook (2015)Google Scholar searchbridge engineering; steel; bridges; steel bridges; composite bridges; manual; handbook; fhwa; federal highway administration; us dot

BD545 07 Camber measurementGoogle Scholar searchbridge engineering; prestress losses; creep; shrinkage; camber; design manual for roads and bridges; dmrb; united kingdom

Moments-shears-and-reactions-for-continuous-highway-bridgesGoogle Scholar searchbridge engineering; shear design; bridges; continuous beams

Strand deflection systems in pretensioned, prestressed concreteGoogle Scholar searchbridge engineering; concrete; prestressed concrete; deflection

VSL - Detailing for post-tensioningGoogle Scholar searchbridge engineering; prestressed concrete; post-tensioning; anchorage zone; detailing; reinforcement detailing; vsl

2010 Bridges EN1992 GMancini EBouchonGoogle Scholar searchbridge engineering; bridges; eurocode 2; en 1992; concrete design

Designers guide to EN-1992-2 Concrete Bridges 2007Google Scholar searchbridge engineering; concrete; bridges; design guide; guidelines; designers' guide

BMS Bridge Design Code Vol 1Google Scholar searchbridge engineering; bridge design code; indonesia; bridges; standards; specifications

BMS Bridge Design Code Vol 2Google Scholar searchbridge engineering; bridge design code; indonesia; bridges; standards; specifications

BMS Bridge Design Manual Vol 1 (OCR)Google Scholar searchbridge engineering; bridge design manual; indonesia; overconsolidation ratio; ocr; bridges; manual; handbook

BMS Bridge Design Manual Vol 2Google Scholar searchbridge engineering; bridge design manual; indonesia; bridges; manual; handbook

Bridge Construction Techniques ManualGoogle Scholar searchbridge engineering; bridges; bridge construction; manual; handbook

(ASCE)BE.1943-5592.0000249 Analysis and Design of Straight and Skewed Slab BridgesGoogle Scholar searchbridge engineering; slabs; bridges; skew slabs; skewed bridges; asce; journal paper

Analytical-approach-for-bursting-cracking-analysis-of-post-tensioned-anchorage-zoneGoogle Scholar searchbridge engineering; prestressed concrete; post-tensioning; anchorage zone; crack control; cracking

SKEW REINFORCEMENT OF CONCRETE SLABS AGAINST BENDING AND TORSIONAL MOMENTSGoogle Scholar searchbridge engineering; torsion; slabs; concrete; reinforcement; rebar; skew slabs; skewed bridges

Spliced Bulb-Tee Girders Bring Strength and Grace to Pueblo's Main Street ViaductGoogle Scholar searchbridge engineering; bridges; precast girders; bulb-tee girder; usa

Structural Concrete - 2022 - Faleschini - Reliability・]based design of transmission and anchorage lengths in prestressedGoogle Scholar searchbridge engineering; reliability; structural safety; concrete; prestressed concrete; transfer length; development length; journal paper

FHWA Prestress loss and Creep Camber in a Highway BridgeGoogle Scholar searchbridge engineering; prestressed concrete; prestress losses; creep; shrinkage; camber; bridges; usa; fhwa; federal highway administration; us dot

PCI BRIDGE MANUALGoogle Scholar searchbridge engineering; bridges; pci; manual; handbook; precast/prestressed concrete institute