1986•Coastal Engineering ProceedingsOpen access

PREDICTION OF WAVE RUNUP AND RIPRAP STABILITY

Nobuhisa Kobayashi, Jeffrey H. Greenwalk

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Abstract

A numerical model has been developed to predict the wave motion on a rough impermeable slope and the hydraulic stability and sliding motion of armor units under the action of a specified normally incident wave train. The developed numerical model has been compared with riprap test results to calibrate and verify the model.

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What this paper is about

A numerical model has been developed to predict the wave motion on a rough impermeable slope and the hydraulic stability and sliding motion of armor units under the action of a specified normally incident wave train. The developed numerical model has been compared with riprap test results to calibrate and verify the model.

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Available abstract

A numerical model has been developed to predict the wave motion on a rough impermeable slope and the hydraulic stability and sliding motion of armor units under the action of a specified normally incident wave train. The developed numerical model has been compared with riprap test results to calibrate and verify the model.

Key concepts: Riprap, Stability (learning theory), Geotechnical engineering, Geology, Wave motion, Motion (physics), Mechanics, Computer science

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