Title page for etd-0710118-124110


URN etd-0710118-124110 Statistics This thesis had been viewed 192 times. Download 4 times.
Author YU-JIAN TSAI
Author's Email Address No Public.
Department Department of construction & spatial design
Year 2017 Semester 2
Degree Master Type of Document Master's Thesis
Language zh-TW.Big5 Chinese Page Count 79
Title Experimental Study on the Wave Attenuation Characteristics by Series Stepped Embankment
Keyword
  • Reflectivity
  • Embankment
  • Series Stepped Embankment
  • Regular Wave
  • Regular Wave
  • Series Stepped Embankment
  • Embankment
  • Reflectivity
  • Abstract This article is targeting for different number of groups different distances Series Stepped Embankment influence on waves.And using the experiment.Place the Stepped Embankment in the sink to test and obtain experimental data, and then convert the data into a graph to understand the Stepped Embankment's Reflection Coefficient and Transmittance of the wave.
    And energy loss. The waves on the sea are Fluctuations.This experiment also uses different wave circle times from 0.5sec to 1.5sec.After testing, it was found that Series Stepped Embankment) has a greater impact on longer wave elimination.3 Stepped Embankments have more wave elimination effects than 2 groups.Stepped Embankment will have a larger reflectance with closer spacing.more wave elimination with more spacing.The step of the rough surface is more efficient wave elimination than the smooth surface. If appropriate settings.There will be considerable impact on future disaster prevention.
    Nowadays, Most of the Wave elimination structure levee edge are Tetrapods.Tetrapods will affect both aesthetics and Hydrophilicity.The hydrophilic embankment will also have Littoral drift.If the Series Stepped Embankment is used more than once, it not only slows the waves from impacting the land, but also protects the beach.Can be considered as a wave-eliminating structureˇC
    Advisor Committee
  • RUEY-SYAN SHIH - advisor
  • RONG-SHENG YEH - co-chair
  • ZHI-TING YAO - co-chair
  • Files indicate access worldwide
    Date of Defense 2018-07-04 Date of Submission 2018-07-10

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