cavity pressure造句
例句與造句
- Melt filling ability and cavity pressure under pulsed vibration field
脈動力場下的熔體充模能力及模腔壓力響應 - An adequate clamping force holds the mould halves together against the cavity pressure during the injection phase
適度的鎖模力在注射階段能夠克服型腔壓力鎖緊兩個半模。 - The two devices do clamping force measurement / control and cavity pressure switchover to holding pressure
這兩個裝置就是鎖緊力量測/控制裝置和（射出）轉保壓的模腔壓力轉化裝置。 - The simulated pressures for both icm and cim show good coincidence with those obtained from cavity pressure measurements
傳統射出成型與射出壓縮成型在壓力的模擬上，與實際量測之壓力一致。 - The simulated pressures for both icm and cim show good coincidence with those obtained from cavity pressure measurements
常規射出成型與射出壓縮成型在壓力的仿真上，與實際量測之壓力一致。 - It's difficult to find cavity pressure in a sentence. 用cavity pressure造句挺難的
- Using lower switch time , lower compression speed and higher compression stroke will result in lower cavity pressures
使用較短的切換時間、較低的壓縮速度以及較高的壓縮行程將產生較低的模安穴壓力。 - For the engineers , the following sections details how clamping force is generated . they also relate to the second device : switchover to holding pressure by cavity pressure measurement
下面的章節詳細介紹了鎖模力是怎樣產生的。同時會涉及到（本文要講的）第二個設備：通過型腔壓力測定轉換成保壓狀態的轉化器。 - The process of penetration is regarded as expansion of cylindrical cavity in infinite soil mass . combining with the knowledge of elastic mechanics and plastic mechanics , we may make analysis for soil around pile . and we may deduce the cylindrical cavity pressure , radius of plastic zone , radical displacement in elastic zone , and excess pore water pressure in soil around pile and spherical cavity pressure at the end of pile
本文闡述了樁土共同作用理論原理，對坑式靜壓樁的樁周土體作彈塑性分析，把壓樁過程中樁周土體的本構關系看作是水平面的平面應變小孔擴張問題，利用小孔擴張原理，結合彈性力學以及塑性力學的知識，對壓樁后土體的性狀進行分析，得出樁對土的擠擴作用力、樁周土體塑性半徑、彈性區的位移，以及樁端球形孔擴張的擴張力。 - 3 . calculation ansys software will be used to calculate cavity pressure and radius of plastic range whose data will be contrasted with those worked out by formula . analysis will be made about their differences and the causes of them , and strongpoint and shortcoming of two different methods
計算分析部分該部分將用前面得出的公式計算出的小孔擴張力、塑性半徑與用ansys軟件計算出來的數據進行對比，分析它們之間的差別以及造成的原因，兩種計算方法的各自優缺點。 - After that , the one - stage prs is connected with the chemical laser system to test cooperation of the two systems . tests show that the ejecting capacity of the one - stage prs is unable to fulfil the exhaust requkement of the chemical laser system , and that the starting process of the cavity and the diffuser is not thorough and the cavity pressure is too high , with the power output of the laser decreasing sharply . then , based on the achievements of the one - stage prs , a " subsonic - supersonic " two - stage prs is developed and a lot of tests are made
隨后，開展了單級引射prs系統與df化學激光器的聯試研究工作，通過大量的聯試實驗，研究了激光器配方、引射器引射能力、聯試時序和擴壓器方案等等，對擴壓器和光腔的啟動特性、光腔壓強和出光功率的影響，得出了光腔壓強過低、單級引射prs系統無法滿足其壓縮比要求，需考慮采用兩級引射prs系統的結論。 - Elastic - plastic analysis for soil around anchor jacked pile in this paper , the course of penetration is regarded as expansion of cylindrical cavity in infinite soil mass . combining with the knowledge of elastic mechanics and plastic mechanics , we can make analysis for soil around pile . finally , we can educe the cylindrical cavity pressure , radius of plastic zone , radical displacement in elastic zone , excess pore water pressure in soil around pile and spherical cavity pressure at the end of pile
錨桿靜壓樁樁周土體的彈塑性分析該部分是文章的主要工作所在，本文把壓樁過程樁周土體的本構關系看作是水平面的平面應變小孔擴張問題，利用小孔擴張原理，結合彈性力學以及塑性力學的知識，對壓樁后土體的性狀作出分析，得出樁對土的擠擴作用力、樁周土體塑性半徑、彈性區的位移，壓樁完成瞬時樁周土體彈性區和塑性區的超孔隙水壓力以及樁端球形孔擴張的擴張力。 - Find the law of the influence from the injection pressure to the filling time and the cavity pressure and make certain of the best filling time , injection time and injection pressure . though the analysis of the flowing velocity and pressure spread of the key position element in the injection parts in different gate position , we forecast the injection parts quality and the possibility injection flaw and its position , optimize the gate position . in this paper , though the research of analogue of the runner system of metal - powder injection molding and the process of injection molding , we get the law of how the injection parameter influence the injection process
在相同的注射條件下，通過分析喂料在不同直徑和長度流道中的流動規律，得到了喂料在流道中的速度場、壓力場和溫度場，找到了流道長徑比的合理取值范圍，并得出通過改變流道設計可實現對現有設備資源充分利用的結論；給出了不同注射壓力下，型腔壓力與充模時間關系曲線和喂料熔體平均充填速度與充模時間關系的曲線，得到了注射壓力對充填時間和型腔壓力的影響規律，確定了最佳的充模時間、注射時間和注射壓力；通過分析采用不同位置澆口注射時注射件關鍵位置單元的流動速度和壓力分布，預測了注射件的成形質量，或可能產生的注射缺陷及位置，優化了澆口設置。