6shz-60直聯(lián)式雙吸離心泵的設計
6shz-60直聯(lián)式雙吸離心泵的設計,shz,60,直聯(lián)式雙吸,離心泵,設計
目錄
摘要···················································
Abstract···················································
前言···················································
第一章 離心泵的工作原理··································
第二章 水泵的設計·········································
一.泵汽蝕余量的計算方法···································
二.泵的基本參數(shù)的確定····································
（一）.確定泵的進口直徑·····································
（二）.確定泵的出口直徑····································
（三）.泵轉(zhuǎn)速的確定········································
（四）.估算泵的效率········································
（五）.軸功率和原動機功率··································
第三章 水泵軸的設計········································
一.軸按外伸梁設計········································
二.軸按懸臂梁設計········································
第四章 葉輪結(jié)構(gòu)設計及主要尺寸計算·······················
一．結(jié)構(gòu)設計········································
二．葉輪結(jié)構(gòu)型式的確定··································
三．葉輪輪轂直徑的計算·································
四．葉輪進口直徑的計算·································
五．葉輪外徑的計算··········································
六．葉輪出口寬度的計算·································
七．葉片數(shù)的計算和選擇·································
八．精算葉輪外徑（第一次）·································
九．精算葉輪外徑（第二次）·································
十．葉輪出口速度··········································
十一．葉輪進口速度··········································
第五章 壓出室和吸入室的水力設計··························
一.壓出室的水力設計········································
二.吸入室的水力設計········································
第六章 水泵零件的強度計算·································
一.泵體強度計算············································
(一)殼體壁厚·············································
(二)強度校核·············································
二.泵體法蘭強度計算·······································
三.鍵的強度校核·········································
（一）葉輪與軸相連處的鍵····································
（二）電動機軸與葉輪軸相連處的鍵····························
四.葉輪強度計算··········································
（一）蓋板強度計算·········································
（二）葉片厚度計算········································
（三）輪轂強度計算········································
五.泵體連接螺栓的強度計算·································
（一）計算密封力········································
（二）計算螺栓欲緊力和總作用力···························
（三）強度校核········································
六.泵出口法蘭的強度校核···································
七.連接螺栓和連接法蘭的強度校核···························
（一）連接螺栓的強度校核···································
（二）連接法蘭的強度計算··································
第七章 泵的軸封設計計算··································
（一）密封端面間液體壓力分布規(guī)律···························
（二）載荷系數(shù)和平衡系數(shù)··································
結(jié)論·····················································
參考文獻·················································
外文資料·················································
中文翻譯·················································
致謝·····················································
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編號：2681180
類型：共享資源
大小：1.63MB
格式：RAR
上傳時間：2019-11-28
15
積分
- 關 鍵 詞：
-
shz
60
直聯(lián)式雙吸
離心泵
設計
- 資源描述：
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6shz-60直聯(lián)式雙吸離心泵的設計,shz,60,直聯(lián)式雙吸,離心泵,設計
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