slip factor 中文意思是什麼

slip factor 解釋
滑動率
  • slip : SLIP =Serial Line Internet [Interface]Protocol 【計算機】串線網際協議。vi (slipped 〈古語〉 sli...
  • factor : n 1 〈英國〉經銷人;(代客買賣收取傭金的)經紀人;代理商;代辦人;〈蘇格蘭語〉 土地經管人。2 要素...
  1. This product adopts the newest hair care to fill a prescription, include ppt high energy water raise factor, silk albumen factor, hair softener, etc. perm newest raw materials balanced the sour alkali the auxiliary physiotherapy to various kinds of hair quality, balance hair organize, remove daily damaged hair, make frank hair for arrange to slip like the gentle silk, and too lasting to rebound, the sensation of movement of model is elegant

    本品採用最新護發配方,內含ppt高能水養因子、絲蛋白素、頭發柔軟劑等燙發最新原料針對各種發質進行酸堿平衡輔助理療,平衡發鍵組織,解除日常頭發損傷,使直發后為柔絲般順滑,且持久不反彈,造型動感飄逸。
  2. Measurement and application of friction factor in a moving slip

    動滑動摩擦因數的測試與應用
  3. Based on the combination of evolution strategy and limit equilibrium method, an effective global optimization method is proposed to allocate the most dangerous non - circular critical slip surface corresponding to the minimum factor of safety in slopes

    摘要將進化策略與邊坡穩定極限平衡法相結合,建立了邊坡任意形狀最危險滑裂面及相應最小安全系數的全局優化搜索方法。
  4. To unknown slip surface slope, ascertaining the location of the critical slip surface is the key problem in the process calculating the slope stability safety factor by traditional methods

    對未知滑動面邊坡,臨界滑動面位置的確定是傳統計算邊坡穩定安全系數方法中的關鍵問題。
  5. 3. based on the assumption of general slip surface, a general formula of safety factor of slope is presented in which the forces exerted on the slices exactly satisfy the equilibrium condition. using the method the chapters introduced to search critical slip surface, and proved by examples, this method is more reliable, and can search, simulate the critical slip curve

    推導出了滑動面為任意現狀,邊坡體內作用有各種荷載且滿足力平衡條件下的邊坡穩定系數計算公式(在進行條分計算時,假定條間僅有水平方向作用力,豎向條間剪力為零) ,利用本文提出的遺傳進化搜索方法搜索邊坡最危險滑動面。
  6. How to determine the most dangerous slip crack plane and the minimum safety factor is a key question. the settle methods of this question need adjusting and checking computations again and again. so, a better arithmetic for this question is what scholars want to find

    在土釘支護工程穩定性判別中如何確定最危險滑裂面位置及其對應的最小安全系數是一個關鍵的問題,這一問題的解決通常需要分析者進行多次調整、反復驗算,因此,尋找更為高效的演算法是研究者們努力的方向。
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