摘要清单
我的稿件
31
Injection of fine sand to stabilize soils susceptible to liquefaction due to suffusion (K)摘要待审

Abhijit Hegde*, Nadia Benahmed, Antoine Wautier, Pierre Philippe

#K: Scour and Erosion Countermeasures and Mitigation

29
Validation of the Borehole Erosion Test in the Netherlands摘要待审

Werner Halter*, Jan Willem Nieuwenhuis, Suzanna Zwanenburg

#H: Physical Modelling of Scour and Erosion

28
Nearly Full-Length Scour of Suction Pile: A Case Study摘要待审

Hadi Suroor*, Shovon Chowdhury

#默认会议主题

27
A hybrid physical and numerical methodology to analyze scouring processes on sharp nose complex piers due to fluvial flooding events. Lužný Bridge over the Danube River, Bratislava摘要待审

Paula García-Martínez*, Javier García-Alba, Jose Vicente Candel-Hernandis

#H: Physical Modelling of Scour and Erosion

26
Scaled Prediction Method for Estimating Propeller-Induced Scour for Large Scale Applications摘要待审

Fredrik P. J. Vantomme*, Christophe Jaeck

#E: Erosion and Structures

25
Physical modelling study on scour around a monopile foundation in layered soils摘要待审

Filipe Miranda*, Ana Chaves, Elsa Carvalho, Paulo Rosa-Santos, Francisco Taveira Pinto, Tiago Fazeres-Ferradosa

#H: Physical Modelling of Scour and Erosion

24
Improved μ-I model for dense granular flow with material point method摘要待审

Hang FENG, ZhenYu Yin*

#B: Sediment Transport

22
Feedback on innovative techniques in digital rock scour摘要待审

E.F.R. Bollaert*

#D: Rock Scour

21
Erosion by submerged horizontal jet on the downstream side of apron摘要待审

Garg V*, Verma D V S

#默认会议主题

19
INNOVATIVE RESEARCH ON NOVELTY ENVIRONMENTALLY FRIENDLY ROCK-FILLED MATTRESS SOLUTION FOR SCOUR PREVENTION DESIGN IN BERTHING STRUCTURES摘要待审

Gianluca Brocca*, Arne van der Hout, M. Vicari

#H: Physical Modelling of Scour and Erosion

18
Natural frequency identification for bridge pier scours assessment using Random Decrement technique and Bayesian FFT摘要待审

Yaohua Yang, Masaru Kitahara, Tomonori Nagayama*, Dikshya Maharjan

#I: Scour and Erosion Monitoring and Measurement

17
A case study of safety progressive reduction of bridge piers due to local scour摘要待审

Chiara Cesali*, Francesco Federico

#全体主题

重要日期
  • 会议日期

    11月04日

    2025

    11月07日

    2025

  • 10月20日 2025

    摘要截稿日期

  • 10月20日 2025

    初稿截稿日期

  • 10月30日 2025

    初稿录用通知日期

  • 11月07日 2025

    注册截止日期

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Chongqing Jiaotong University
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Chongqing Jiaotong University
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