,this article puts forth a computation method for the typhoon wind wave in shallow water regions which are affected by the coast and islands (including the bay region).

Simulation of typhoon waves in Zhanjiang Port sea area;

A simulation of typhoon waves near the Zhanjiang port;

8303 typhoon wave process, and forecast the process of typhoon waves of the sea area under different typhoon function.

Numerical simulation of typhoon waves around the waters of the Changjiang EstuaryA case study of Typhoon Rusa and Typhoon Sinlaku;

By means of field investigation,analyses and compution of the typhoon waves,the causes of the severe damage were generally analyzed.

The SWAN model is used to simulate typhoon waves on the coastal sea of Zhanjiang.

By the measured data of "9711" Typhoon wave,the process of bed load resuspending under the effect of "9711" Typhoon wave around the channal of Yangkou Harbour is calculated.

Study of the effect of storm waves on the rapid deposition of the Yangtze River Estuary channel;

In order to understand the characteristics of storm waves in the Changjiang Estuary, in situ wave observation was carried out during the typhoon season of 1999 by the use of SBE-26 Seagauge Wave and Tide Recorder.

Typhoon waves (including tropical storm waves and severe tropical storm waves) at certain observation points in shantou coastal areas have been selected by the authors to study the following 3 aspects: (1)analysis of in situ observed records; (2)hindcasting of typhoon waves and their basic characteristics; and (3) determining each typhoon wave element in various recurrence periods.

The paper analyzes the typhoon waves of survey site W1 at the mouth of theDaya Bay and W2 inside the bay, and compare them with the typhoon wave inside theXinhai Bay of the Haikou City so to expound the difference of typhoon wave distribu-tions between bays of different geographical positions.

Several important elements affecting typhoon wave calculation are clarified in this paper.