This paper is part of a study on sustainable cooling water supply from a coral reef shore to a po... more This paper is part of a study on sustainable cooling water supply from a coral reef shore to a power plant during a storm. Typhoon waves break at the entrance of the China Port (-10m D.L.), Okinoerabu, and cause a significant mean water level fluctuation inside the port. The lowering of the water level affects the intake of cooling water for a power plant. Wave data taken at the entrance of the harbor and mean water level data taken inside the intake tank are decomposed into infragravity wave and wind wave component. It can be observed that the infragravity wave component, which is not normally considered in the cooling water tank design, is significantly large during a typhoon and possibly affects for one half of the surf beat period.
This paper is part of a study on sustainable cooling water supply from a coral reef shore to a po... more This paper is part of a study on sustainable cooling water supply from a coral reef shore to a power plant during a storm. Typhoon waves break at the entrance of the China Port (-10m D.L.), Okinoerabu, and cause a significant mean water level fluctuation inside the port. The lowering of the water level affects the intake of cooling water for a power plant. Wave data taken at the entrance of the harbor and mean water level data taken inside the intake tank are decomposed into infragravity wave and wind wave component. It can be observed that the infragravity wave component, which is not normally considered in the cooling water tank design, is significantly large during a typhoon and possibly affects for one half of the surf beat period.
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Papers by Julio Monroy