hydraulic regime 中文意思是什麼

hydraulic regime 解釋
水力狀況
  • hydraulic : adj. 1. 水力的,液力的;用水發動的。2. 液壓的,水壓的。3. 水力學的。4. 【建築】水硬的。adv. -lically
  • regime : n. 1. 制度,社會組織;政權,政體;統治(時期)。2. 管理;方法;狀態。3. 【醫學】養生法;(病人等的)生活規則。
  1. The flow regime, sediment deposition and the loss of head of two head tanks of the sewage pumping station with different dimensions are studied by using a hydraulic model test method

    摘要採用水力模擬的方法對兩個不同結構尺寸的污水泵站高位井的水流流態、泥沙淤積及水頭損失等進行了模型試驗。
  2. In this thesis work, a 1 - d hydraulic transient model and a 2 - d compressible flow model with the large eddy simulation approach have been applied to analyse the hydrodynamic process of the unsteady separated flow. prototype observation data of gezhouba shiplock no. 3 has been used to verify the computational results. it has been found that two different types of flow regime - stably - varying and strongly - oscillating regimes - could occur in the radial gate tunnel

    本文採取將一維非恆定流模型與二維可壓縮流一大渦模擬模型相結合的方法,分析了急變分離流的水動力學特性,並利用葛洲壩三號船閘的原型觀測資料驗證了數值模型的可靠性,發現閥門段存在平穩變化型和劇烈振蕩型兩種不同的流態,並詳細計算、分析了它們的流動特徵
  3. 3 analysis of the effects of changes in the hydraulic and hydrological regime ( such as through the study of change of flow and silt patterns to predict the areas influenced or affected by flood, water - logging and salinity downstream, or through the change of habitats of flora and fauna to predict the future condition of the different species )

    分析水文、水力情勢變化引起的影響,如通過對水、沙變化情勢的研究以預測影響下游洪、澇、漬、鹹的面積及情況;又如通過生物生境的變化以預測不同物種將來的興衰或消滅情況。
  4. Based on the hydraulics series model experiments of the t type barrier stilling basin, the paper gives a full exposition to changing process of the current ' s flow regime of the t type barrier stilling basin and discloses the flow regime characteristics, the theory of energy dissipation, the shape optimization choice, the method on hydraulic design parameter and programme. what ' s more, it provides the expression of mathematics and key of the t type barrier stilling basin

    本文通過t形墩消力池的水力學系列模型試驗,完整地闡述了t形墩消力池水流流態的演變過程,揭示了t形墩消力池的流態特性、消能機理、體型優化選擇以及水力設計參數方法及程序,並給出了t形墩池界限水深的數學表達式及解。
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