軸承損失 的英文怎麼說

中文拼音 [zhóuchéngsǔnshī]
軸承損失 英文
bearing loss
  • 軸 : 軸Ⅰ名詞1. （圓柱形的零件） axle; shaft 2. （對稱部分的直線） axis 3. （圓柱形的纏繞器物） roller; spool Ⅱ量詞（用於纏在軸上的線以及裝裱帶軸子的字畫）
  • 承 : Ⅰ動詞1 （托著; 接著） bear; hold; carry 2 （承擔） undertake; contract （to do a job） 3 （客套話...
  • 損 : Ⅰ動詞1 （減少） decrease; lose 2 （損害） harm; damage 3 [方言] （用尖刻的話挖苦人） speak sarcas...
  • 軸承 : [機械工程] bearing; axle bearing; bearing of shafts; gudgeon block; mechanical bearing; pillow; s...
  • 損失 : 1. （失去） lose 2. （失去的東西） loss; wastage
  1. " automatic reset n. c. series connected thermal overload protection, two moisture sensing probes, prelubricated shaft bearings and class f insulation. * efficiencies include all mechanical losses including mechanical seals.

    自動重置n . c .系列，連接過熱保護裝置，兩個潮氣檢測探頭，預潤滑軸承和f級絕緣。 *效率包括所有機械密封中的機械損失。
  2. The additive moving - pressure will convey to the machine through the bearing, which will arose the whole machine vibrating, producing noises, gathering way the bearing ' s wear and tear, depressing the machine ' s natural life, even making the machine malfunction which may result in the severe accident

    附加的動壓力將通過軸承傳達到機器上，引起整個機器的振動，產生噪音，加速軸的磨損，降低機器的壽命，甚至使機器失靈，發生嚴重的事故。
  3. Through teat of relative vibration, center - line and center orbit of the shaft during starting - up and carrying load process, the abrasion mechanism, radial disturbance, loading status, and self - centering capability etc. of the the failured bearing have been analysed, and measures for preventing damage of bearing shoes being put forward

    摘要通過對機組起動及帶負荷過程中軸的相對振動、軸中心線、軸心軌跡的測試，對失效軸承的磨損機理、徑向擾動、承載狀況和軸承自調心能力等進行分析，提出了預防軸瓦損傷的措施。
  4. But the traditional static design method is based on statics and seldom contains guidelines for incorporating the dynamic behavior of the moving belt. large safety factors are employed to accommodate most dynamic stresses in the belt. this can not only increase total cost but also give rise to system instability and higher dynamic stresses that can damage the belt, drums, idlers, bearings and other parts of the conveyor

    在高速情況下，帶式輸送機存在的主要問題之一是起制動過程中輸送帶的動張力問題，而傳統的靜態設計方法將輸送帶視作剛體，並且在靜力學基礎上按靜止或勻速運行狀態對輸送機系統進行受力分析和參數設計，將動張力以一定系數計入，用加大安全系數方法提高設計可靠性，這不僅會使帶式輸送機的成本提高，還可能引發起制動過程中較大的輸送帶動應力及運行過程中的不穩定性，從而導致輸送帶接頭的失效及滾筒、托輥、軸承乃至其它部件的損壞。
  5. Which has high strength, good ductility, impact bearing, erode - bearing, besides, its linear expanding coefficient is almost equivalent to concrete, and it has excellent performance - price ratio etc. this paper is related to 8 rc - poles wrapped by gfrp ( sgfw430 ) and rc - poles are compressed axially, in order to analyze the influence of different stick layer over the pole ' s work performance and the influence between three type axial compress ratio ( 0, 0. 8, 1. 1 ) with one layer gfrp with the contrast poles about limit load - bearing capability, failure state, ductility, section stiffness, restrict losing owing to stress - difference

    其具有強度高，延性好；抗沖擊、耐腐蝕；線膨脹系數與混凝土接近；性能價格比高等多個特點。本文通過8根外包單向gfrp （ sgfw430 ）的rc組合柱，以及混凝土對比柱在軸心荷載作用下的試驗為基礎，具體詳細地分析柱子在粘貼不同層數的高性能玻璃纖維和在不同的軸壓比（ 0 、 0 . 8 、 1 . 1 ）下粘貼一層的高性能玻璃纖維后混凝土組合柱相對對比柱在極限承載能力、破壞形態、延性、截面剛度、應力差帶來的約束損失等方面的變化情況。
  6. As a key part of the port crane, slew bearing ' s fault has a negative impact on the efficiency of the whole product line, as well as great direct and indirect loss. because of its compact structure, direct observation and frequent disassembly are not available for monitoring and routine management

    大型回轉軸承裝置是港口起重設備的關鍵部件，一旦發生故障，會影響整個作業線生產，帶來巨大的直接和間接損失，而其大型、封閉的結構又決定了不能依靠直接觀察和頻繁拆卸來對其進行故障監測，這就給大型回轉軸承裝置的日常管理帶來了困難。
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