水道港口2025，Vol.46Issue(3)：384-390,7.
基于Pangu-Weather模型的南海台风模拟研究
Typhoon simulation in South China Sea based on Pangu-Weather model
摘要
Abstract
The numerical simulation of typhoon wave is very important for the prediction and warning technology of typhoon waves.The wind field generated by the Pangu-Weather model was used as the background wind field,and a new synthetic wind field was constructed in combination with the Holland wind field model.The third-generation offshore wave model SWAN was used to simulate Typhoon Dujuan and Typhoon MANGKHUT respectively.Comparing the wind simulation results of the Holland wind field,the Pangu-Weather wind field and the combined wind field with the measured data,the results show that in the South China Sea region,the Pangu-Weather model was better than the Holland wind field model for the simulation far away from the typhoon center,but the typhoon center intensity was under estimated,the Holland wind field model was better to simulate the peak.The synthetic wind field had the advantages of both,and better depicted the process of the typhoon wind field.The simulation of typhoon wind waves was more consistent with the actual situation.关键词
Pangu-Weather/Holland/台风浪/合成风场Key words
Pangu-Weather/Holland/typhoon waves/synthetic wind field分类
交通工程引用本文复制引用
李志青,张金凤,李伟仪..基于Pangu-Weather模型的南海台风模拟研究[J].水道港口,2025,46(3):384-390,7.基金项目
国家重点研发计划项目(2021YFB2601100) （2021YFB2601100）
