進水塔 的英文怎麼說
中文拼音 [jìnshuǐtǎ]
進水塔
英文
intake tower-
The main contributions of the work can be summarized in the following : 1 ) using on - line collected data, a soft - sensor model of the column compositions is constructed via multiple linear regression ( mlr ) and principal component regression ( pcr ) technique
並分別選用多元線性回歸（ mlr ）和主成分回歸（ pcr ）方法對溶劑脫水塔產品組成進行建模，對所建模型進行了驗證，其結果表明模型的精度達到了預期的要求。Intake tower, as a sort of waterpower engineering, have complicated figure structure, boundary conditions and load situation
進水塔是一種體型結構、邊界條件和受力情況比較復雜的水工建築物。It is suitable for inspection of all kinds of wells, water towers, civil defenses, slope, undergrounds, tunnels, civilian construction, industrial building ect, as the fixed climbing - up and down ladder
適用於各類檢查進、水塔、人防工程，邊坡地鐵隧道，民用建築，工業建築等作固定上下梯。When the foundation and the intake tower are both important analytical objects, and the geological condition of foundation is very complex, the slope is meshed with tetrahedral element, while the intake tower is meshed with hexahedral element
本文針對百色水電站的地基和進水塔均是主要分析對象，而地基的地質條件十分復雜，提出了非一致網格位移協調解法。地基採用四面體單元和進水塔採用六面體單元。So considering comprehensively above - mentioned factors this thesis analyses intake tower structure by different calculation methods
本文綜合考慮以上因素，應用不同的計算方法，對進水塔進行結構分析。The static and dynamic 3 - d finite element analysis for the intake tower shown that the stability and stress of the stucture satisfy the specification
對進水塔結構進行靜、動力計算研究結果表明，其穩定、應力均滿足要求。This thesis introduces systematically current developing situation of hydraulic engineering and static - dynamic load analysis theory and fea theory
本文系統地介紹了進水塔結構分析的發展現狀、結構靜動力分析理論、有限元方法及理論。Considered the complexity of geological structure, how to study the interaction of intake tower and slope is important both in theoretical research and engineering
如何研究在復雜地基條件下進水塔與邊坡的相互作用具有重要的理論意義和工程應用價值。For baise hydroelectric station, response spectrum of mode - superposition is applied in the dynamic analysis of intake tower. the rational conclusions are obtained
針對百色水利工程實際情況，採用了振型分解反應譜法對進水塔進行了動力分析，得出了合理的結論。The role of intake tower is very important in the hydro - junction. the stability of intake tower and access ramp plays a key role in the failure - free operation of the hydro - junction
進水塔在整個樞紐中起著極其重要的地位，它和進水口邊坡的穩定安全與否將對整個樞紐的正常運行起關鍵作用。Different section internal force of structure can be calculated by post procedure drawn up in this thesis. internal force chart of section can be automatically drawn when imported autocad
本文利用編制的后處理程序計算結構的內力，通過autocad介面繪制計算截面的內力圖，分析評價進水塔結構的受力狀態。The structure arrangement of the intake tower for the underground hydropower station of baise project is suit to the complex topography and geology condition, and the hydraulic test shown that the flow pattern entering the tower is well
百色水利樞紐地下水電站進水塔結構布置，較好地適應了地基復雜的地形地質條件，水流流態良好。By means of adopting structure mechanics method, quasi - static approaches, response spectral of modal combination approach and time - history analysis approach, the responding problems of static - dynamic load of structure are solved
分別採用擬靜力方法、動力分析中的振型分解反應譜方法與時程分析方法進行計算，通過三種計算方法的對比分析進水塔結構在地震力作用下的動力響應。The direct optimal model of multi - objective mixed discrete variables for lager - scale water supply system was established, by replacing complicated network hydraulic equation with nodal pressures macroscopic model and relationship model between pump stations flow and head in water supply systems without tanks or towers, genetic algorithm was developed to solve the direct optimal model
以測壓點壓力宏觀模型、水源供水量和水源供水水頭之間的關系模型替代復雜的管網水力平衡方程，建立了大型供水系統的多目標混合離散變量的直接優化調度模型。在沒有水池和水塔的供水系統中，利用遺傳演算法對直接優化調度模型進行求解。3d nonlinear finite element method, compatible displacement method of different mesh and response spectrum of mode - superposition are used to analyze the intake tower - intake slope static and dynamic interaction, since the complexity of geologic structure. the rational results provide a feasible way for the similar projects analysis in the future
論文採用三維非線性有限元法、非一致網格位移協調解法、振型分解反應譜法對復雜地質條件下的百色水電站進水口邊坡與進水塔的相互作用進行了靜、動力分析，得出了一些合理的結論，為今後類似的工程計算分析提供了一種可行的方法。1 the company has excellent production condition and public facilities such as self - provide power plant supplying high voltage wire of 35 kv, two sets 16000 kva transformers in power station, one deep well with water discharge of tons per hour, water pool with water pcapacity of 150 tons, one water tower with 100tons, two boilers with four tons, three compressed air machines to make sure the requirement of production. the company located at no. 62haozhuang st. taiyuan city and is 0. 7 kilometer away from dongshan expressway and also 2. 5 kilometer away from the railway station. the company was also equipped with communication facilities for example international telephone and fax
該公司具有良好的生產條件及公用設施：有自備電廠供給35kv高壓進線，變電站16000kva變壓器兩臺深井一眼，每小時出水50噸蓄水池150噸水塔1個，容量100噸4噸鍋爐兩臺，空壓機三臺，保證生產需求。公司位於太原市郝莊正街62號，距東山過境公路0 . 7公里，離車站貨場2 . 5公里，交通十分便利。有國際電話及傳真機等通訊設施。2 ) the soft - sensor model of the column composition is also founded using the neural network technique with bp algorithm, together with the validation using on - line data
2 ）研究了基於bp演算法的人工神經網路對溶劑脫水塔產品組成進行建模的方法，並用現場實測數據對所建模型進行驗證測試。The transient heat transfer between the drum wall and cooling water rising up with steady rate was simulated numerically using fem, and the time history of the stress and strain fields were also acquired with indirect coupling method
摘要利用有限元法模擬了焦炭塔進水冷焦階段恆速上升的介質與塔壁的動態傳熱過程，並用間接耦合法求得了應力、應變場的變化過程。Elevating the temperature of the cooling water or reducing the wall temperature before water quenching can prevent walls from yielding effectively
提高冷卻水溫度或降低進水冷焦前塔體溫度能有效防止塔體產生塑性變形。They generally have r. concrete thin wall and empty abdomen form, are built in the reservoir close to the bank and joined with the bank by working bridge on the top. intake tower supports water pressure all around. this thesis concerns intake tower ' s safety under seismic ground motion
一般採用鋼筋混凝土薄壁空腹式結構，建在靠近岸邊的水庫中，頂部用工作橋與河岸連接，其外圍四周皆承受水壓力，進水塔在地震作用下的安全十分重要。分享友人