Local scour around bridge piers

Keywords

Sediment, Geology, Sediment transport, Geotechnical engineering, Flow (mathematics)

References

MECHANICS OF LOCAL SCOURH. W. Shen, Verne R. Schneider, Susumu Karaki — 1966
LOCAL SCOUR AT BRIDGE PIERSYee‐Meng Chiew — 1984
SCOUR AROUND BRIDGE PIERS IN STEEP STREAMSW. R. White — 1975
Local Scour Around Cylindrical PiersH.N.C. Breusers, Gerard Nicollet, H. W. Shen — 1977
Live‐bed Scour at Bridge PiersBruce W. Melville — 1984
Scour at Bridge CrossingsEmmett M. Laursen — 1960
SCOUR AT BRIDGE PIERSRobert Ettema — 1980
Scour at Bridge CrossingsEmmett M. Laursen — 1962

Cited by

Scour and Burial of Bottom Mines: a Primer for Fleet Use - eScholarshipD. Inman, S. Jenkins — 2002
Distribution of Freshwater Mussel Populations in Relationship to Crossing StructuresJay F. Levine, Arthur E. Bogan, Chris B. Eads — 2003
Effect of suction on local scour around circular bridge piersMohammed Jahan — 2014
Riprap Design Criteria, Recommended Specifications, and Quality ControlP. F. Lagasse, P. E. Clopper, Lyle W. Zevenbergen — 2006
Evaluation of SRICOS Method on Cohesive Soils in South DakotaFrancis C. K. Ting, Allen L. Jones, Ryan J. Larsen — 2010
Pilot study for collection of bridge-scour dataRodney Jarrett, J.M. Boyle — 1986
A study of straight stable channels and their interactions with bridge structuresK. Babaeyan‐Koopaei — 1996
BRIDGE SCOUR IN TIDAL WATERSD. Max Sheppard — 1993
Field Observations and Evaluations of Streambed Scour at BridgesDavid S. Mueller, Chad R. Wagner — 2005
Evaluation of Lateral Behavior of Pile-Supported Bridges under Scour ConditionsCheng Lin — 2012
Offshore Wind Turbines Situated in Areas with Strong CurrentsMorten S. Jensen, Brian Juul Larsen, Peter Frigaard — 2006
An Adaptive Field Detection Method For Bridge Scour Monitoring Using Motion-Sensing Radio Transponders (RFIDs)A. N. Papanicolaou, Iordanis Moustakidis, Achilleas G. Tsakiris — 2014
Design of Riprap Stone Around Bridge Piers Using Empirical and Neural Network MethodM. Karimaee Tabarestani, Amir Reza Zarrati — 2015
A Laboratory Sensitivity Study of Hydraulic parameters Important in the Deployment of Fixed-In-Place Scour-Monitoring DevicesD. A. Lyn, E. Neseem, A. R. Rao — 2000
Geoforensic Analysis of Agba Bridge Failure, Abakaliki, Ebonyi StateT. K. S. Abam, Takafumi Oba — 2013
Time development of local scour at a bridge pier fitted with a collarPatrick Dare Alabi — 2006
Morphologie du lit autour d’un obstacle soumis à un écoulement en couche minceClaudine Boyer, André G. Roy — 2007
Effects of relative column width and pile-cap elevation on local scour depth around complex piersMario Moreno, Rodrigo Maia, Lúcia Couto — 2016
Multi-hazard of a bridge pier due to earthquake and scourHsiao‐Chi Chen — 2008
LOCAL SCOUR AND RIPRAP STABILITY AT BRIDGE PIERS IN A DEGRADING CHANNELYee‐Meng Chiew — 2004

Related papers

Influence of Cohesion on Scour at Piers Founded in Clay–Sand–Gravel MixturesRajesh Kumar Jain, A. S. Lodhi, Giuseppe Oliveto — 2021
Effect of Interaction between Bridge Piers on Local Scouring in Cohesive SoilsZahraa F. Hassan, Ibtisam R. Karim, Abdul-Hassan K. Al-Shukur — 2020
Effects of Cohesive Material Properties on Local Scour Around PiersAlbert Molinas, Sterling Jones, Magdy Hosny — 1999
LOCAL SCOUR AND RIPRAP STABILITY AT BRIDGE PIERS IN A DEGRADING CHANNELYee‐Meng Chiew — 2004
LOCAL SCOUR AND RIPRAP STABILITY AT BRIDGE PIERS IN A DEGRADING CHANNELYee‐Meng Chiew — 2004
Scour assessments and sediment-transport simulation for selected bridge sites in South DakotaC.A. Niehus — 1996
Experimental assessment of the performance of a bridge pier subjected to flood-induced foundation scourAndrea Ciancimino, Liam Jones, Lampros Sakellariadis — 2021
Oblong Bridge Pier Shape Influence toward Flow Velocity Characteristic and Scour DepthCasey Aufar Pahlevi, Oki Setyandito, Istiarto Istiarto — 2021
NUMERICAL STUDY OF PARTICLE DIAMETER EFFECT ON OSCILLATORY SHEET FLOW TRANSPORT WITH MOVABLE BED SIMULATORAbbas Yeganeh‐Bakhtiary, Hitoshi GOTOH, Tetsuo Sakai — 2000