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In order to make up well a complete picture of storm surges in the area of theTaiwan Strait, to find out and further study the formation mechanism and regularity ofstorm surges of this strait, nonlinear numerical computations have been made on thestorm surges formed by typhoon which directly hit the area along three main tracks. Inaccordance with the current field of shallow-sea storm surges with the characteristics of“boundary layer” current field, the finite difference technique is adopted on the basis ofthe whole current equations of storm surges, and the anticipated results are obtained.
In order to make up a complete picture of storm surges in the area the the Taiwan Strait, to find out and further study the formation mechanism and regularity of storm surges of this strait, nonlinear numerical computations have been made on the storm surges formed by typhoon which directly hit the area along three main tracks. Inaccordance with the current field of shallow-sea storm surges with the characteristics of “boundary layer ” current field, the finite difference technique is adopted on the basis of the whole current equations of storm surges, and the expected results are obtained.