3-D Effects Force Reduction of Short-Crested Non-Breaking Waves on Caissons

H. F. Burcharth; Z. Liu

3-D Effects Force Reduction of Short-Crested Non-Breaking Waves on Caissons

Ocean and Coastal Engineering Research Group

Research output: Contribution to book/anthology/report/conference proceeding › Article in proceeding › Research › peer-review

Abstract

The effect of wave short-crestedness on the horizontal wave force on a caisson is twofold. The one is the force reduction due to the reduction of point pressure on the caisson, named point-pressure reduction. The other is the force reduction due to the fact that the peak pressures do not occur simultaneously along the caisson, named peak-delay reduction. Model test results indicate that the point-pressure reduction can be predicted by the Goda formula.

Original language	English
Title of host publication	Proceedings of EU-MAST 3 PROVERBS Research Project
Number of pages	26
Volume	2a
Publication date	1998
Chapter	4.3
Publication status	Published - 1998

Keywords

Caisson
Wave Forces
Oblique Waves
Long-Crested Waves
Short-Crested Waves

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title = "3-D Effects Force Reduction of Short-Crested Non-Breaking Waves on Caissons",

abstract = "The effect of wave short-crestedness on the horizontal wave force on a caisson is twofold. The one is the force reduction due to the reduction of point pressure on the caisson, named point-pressure reduction. The other is the force reduction due to the fact that the peak pressures do not occur simultaneously along the caisson, named peak-delay reduction. Model test results indicate that the point-pressure reduction can be predicted by the Goda formula.",

keywords = "Caisson, Wave Forces, Oblique Waves, Long -Crested Waves, Short- Crested Waves, Caisson, Wave Forces, Oblique Waves, Long -Crested Waves, Short- Crested Waves",

author = "Burcharth, {H. F.} and Z. Liu",

year = "1998",

language = "English",

volume = "2a",

booktitle = "Proceedings of EU-MAST 3 PROVERBS Research Project",

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TY - GEN

T1 - 3-D Effects Force Reduction of Short-Crested Non-Breaking Waves on Caissons

AU - Burcharth, H. F.

AU - Liu, Z.

PY - 1998

Y1 - 1998

N2 - The effect of wave short-crestedness on the horizontal wave force on a caisson is twofold. The one is the force reduction due to the reduction of point pressure on the caisson, named point-pressure reduction. The other is the force reduction due to the fact that the peak pressures do not occur simultaneously along the caisson, named peak-delay reduction. Model test results indicate that the point-pressure reduction can be predicted by the Goda formula.

AB - The effect of wave short-crestedness on the horizontal wave force on a caisson is twofold. The one is the force reduction due to the reduction of point pressure on the caisson, named point-pressure reduction. The other is the force reduction due to the fact that the peak pressures do not occur simultaneously along the caisson, named peak-delay reduction. Model test results indicate that the point-pressure reduction can be predicted by the Goda formula.

KW - Caisson

KW - Wave Forces

KW - Oblique Waves

KW - Long-Crested Waves

KW - Short-Crested Waves

KW - Caisson

KW - Wave Forces

KW - Oblique Waves

KW - Long-Crested Waves

KW - Short-Crested Waves

M3 - Article in proceeding

VL - 2a

BT - Proceedings of EU-MAST 3 PROVERBS Research Project

ER -

3-D Effects Force Reduction of Short-Crested Non-Breaking Waves on Caissons

Abstract

Keywords

AUB Link

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