Quick Search:       Advanced Search
Sun Daoyuan,Dong Yongting. 1988. A study of numerical model equations of circulations in East China Sea. Acta Oceanologica Sinica, (1):148-157
A study of numerical model equations of circulations in East China Sea
A study of numerical model equations of circulations in East China Sea
Received:May 20, 1986  Revised:September 10, 1986
DOI:
Key words:
中文关键词:  
基金项目:
Author NameAffiliation
Sun Daoyuan Institute of Oceanology, Academia Sinica, Qingdao, China 
Dong Yongting Second Institute of Oceanography, State Oceanic Administration, Hangzhou, China 
Hits: 828
Download times: 657
Abstract:
      Recently many authors have attepmted to model circulations in East China Sea by numerical means, for example, Xi et al1),2). (henceforth Ref.[1] is referred to as A and[2] as B respectively), Yuan et al. and Chio. We had raised questions in regard to the correctness of the governing equations used in A, as well as their choice of boundary conditions. Comparing numerical solution of A with that of B which employed a correct form of governing equations (but with an incorrect value for the bottom friction coefficient), B asserted that the governing equations used in A were correct. It is, therefore, appropriate to have a discussion on the formulation of proper equations.
中文摘要:
      Recently many authors have attepmted to model circulations in East China Sea by numerical means, for example, Xi et al1),2). (henceforth Ref.[1] is referred to as A and[2] as B respectively), Yuan et al. and Chio. We had raised questions in regard to the correctness of the governing equations used in A, as well as their choice of boundary conditions. Comparing numerical solution of A with that of B which employed a correct form of governing equations (but with an incorrect value for the bottom friction coefficient), B asserted that the governing equations used in A were correct. It is, therefore, appropriate to have a discussion on the formulation of proper equations.
HTML View Full Text   View/Add Comment  Download reader
Close