山西建筑
山西建築
산서건축
SHANXI ARCHITECTURE
2012年
10期
257-259
,共3页
人工鱼礁%稳定性%迎水面最大压强%Fluent数值模拟
人工魚礁%穩定性%迎水麵最大壓彊%Fluent數值模擬
인공어초%은정성%영수면최대압강%Fluent수치모의
artificial reef%stability%maximal pressure of the upstream face%Fluent numeric simulation
为了研究人工鱼礁在海洋中的稳定性,利用水流力公式推导出不同形状礁体迎水面水压力和最大压强值特征,再通过Fluent数值模拟计算出这些礁体周围压强并提取迎水面最大压强值,找出规律与理论推导验证,结果表明:理论推导与数值模拟结果相符合,为人工鱼礁的设计优化提供了理论依据。
為瞭研究人工魚礁在海洋中的穩定性,利用水流力公式推導齣不同形狀礁體迎水麵水壓力和最大壓彊值特徵,再通過Fluent數值模擬計算齣這些礁體週圍壓彊併提取迎水麵最大壓彊值,找齣規律與理論推導驗證,結果錶明:理論推導與數值模擬結果相符閤,為人工魚礁的設計優化提供瞭理論依據。
위료연구인공어초재해양중적은정성,이용수류력공식추도출불동형상초체영수면수압력화최대압강치특정,재통과Fluent수치모의계산출저사초체주위압강병제취영수면최대압강치,조출규률여이론추도험증,결과표명:이론추도여수치모의결과상부합,위인공어초적설계우화제공료이론의거。
In order to research the stability of the artificial reef in oceans,the paper adopts the current force formula to induce the water pressure of the upstream face and the maximal pressure value features of the reefs with various shapes,simulates and calculates the surrounding pressure of the reefs by the Fluent data and achieves the maximal pressure value of the upstream face,finds the laws and the theory for the evidence,and proves by the results the theoretic induction adheres to the numeric simulation,so as to provide the theoretic reference for the design optimization of the artificial reef.