熱彎曲 的英文怎麼說
中文拼音 [rèwānqū]
熱彎曲
英文
hot bending-
Chopsticks made of celluloid buckle easily in hot water
賽璐璐筷子在熱水中容易彎曲。A brief introduction to the project and its main results are as follows : overall considering the feature of the force from two couple support wheels 6 formulas of calculating the push force, support force and moment of tpih have been concluded
主要內容和結果如下：在全面考慮兩對支撐輪作用下加熱彎管過程受力特點的基礎上，推導出了加熱彎管彎曲時推力、彎矩、支撐力等6個計算公式。One kind of thermostat is a strip of metal while bends when it gets hot.
有種恆溫器就是一根金屬帶，它受熱時彎曲。4. the choice reference of medium belt material is came up with : with higher compress intensity, pull intensity and bend fatigue intensity, with middle or low elastic modulus, besides fine heat - resistant, wearable, oil - fast, water - fast anti - impactive capabilities
4 、提出並分析了介質帶材料的合理選擇原則：壓縮強度、拉伸強度和彎曲疲勞強度高和韌性好的中低彈性模量復合材料，此外還需具有良好的耐熱、耐油耐水性、耐磨性、抗沖擊性、耐候性等。Aimed at tube curve by sun shining, it analyzes and calculates the instance of curve when tube up and down face have difference in temperature, and discourses upon it influenced degree to cannon firing accuracy. for hot spread asymmetry caused tube curve, it explains it ' s form cause. for irregularly hot stress acting tube curve, it stressfully analyzes effect of body tube wall thickness difference
重點分析了身管熱彎曲產生機理，針對太陽照射下的身管彎曲，分析計算了身管上下表面存在溫度差時的彎曲情況，論述了其對火炮射擊精度的影響程度；對于散熱不均引起的身管彎曲說明了其形成原因；對于不規則熱應力作用下的身管彎曲重點分析了身管壁厚差的作用。From the feature of the force and deformation of the tpih, 5 different elements are used to mesh the different zones of the tube, which are structural beam 3d elastic 4, structural pipe plastic straight 20, structural pipe elastic elbow 18, structural shell elastic 4 node 63 and contact 3d pt - to - surf 49 ; the contact problem is assumed to be flexible - to - flexible ; the temperature field is assumed to be body load. a mechanical model corresponding to reality has been established for numerical simulation. based on the above, the 3 - d fem numerical simulation of tpih has been carried out by using the ansys program
針對加熱彎管過程的受力和變形特點，採用三維梁單元、三維塑性直管單元、三維彈性曲管單元、三維殼單元與三維點對面接觸單元等5種不同的單元分別對管毛坯不同區域進行劃分，並對接觸單元採用柔體-柔體的處理方法，將溫度場作為體載荷處理，建立了符合實際的加熱彎管問題數值模擬力學模型：在此基礎上，應用商用軟體ansys對加熱彎管過程進行三維有限元模擬與研究，獲得了成形時推力、彎矩、支撐力大小及其變化趨勢。4. high bending stability the minimum bendable radius is only over two times as long as o. d. of thermocouple
4可撓性好最小彎曲半徑只有熱電偶外徑的2倍以上The truncated hockenheim track is usually one of the hottest on the calendar, and demands medium - low downforce levels, because of the long, curving back straight ; good mechanical grip, because the slow corners are always slippery ; good stability under heavy braking, particularly in turn 6 where out - braking opportunities present themselves ; and strong engines, as almost three - quarters of the lap is now at full throttle
被縮短了的霍根海姆賽道是賽程表上最炎熱的一站，由於長距離彎曲的非終點直道而需要中低型的下壓力水平，又由於慢速彎道總是很滑還需要良好的機械抓地力以及大力剎車下的穩定性，尤其是第6彎道為自己提供了不剎車的機會，另外還需要強勁的引擎，因為現在的一圈之中幾乎有四分之三是滿油門。Through comprehensive analysis of the tbph, the relationship between the induction heater site and rotary axis and the relationship between the support wheel and initial site of the front clapper have been concluded. the minimum nominal curvature radius has also been determined
通過對加熱彎管成形的綜合分析，得出感應加熱器與回轉中心的位置關系及支撐輪與前夾頭初始位置關系，並確定了加熱彎管最小名義彎曲半徑。Heat the glass tube to the point that it can bend.
將玻璃管加熱，以能彎曲為度。Aerospace ; bending of sheets, plates and strips of steel and heat - resisting alloys, bending radii, directions for design
航空航天.鋼制和耐熱合金的薄板板材和帶材的彎曲Advanced technical ceramics - methods of testing monolithic ceramics - thermo - mechanical properties - determination of flexural creep deformation at elevated temperatures
高技術陶瓷.整體陶瓷的試驗方法.熱機械性能.用加溫法測定彎曲蠕變變形特性However, in 1974, hawking applied quantum field theory to the curved spacetime around the event horizon and discovered that black holes can emit thermal radiation, known as hawking radiation
然而，在1974年，霍金將量子場理論運用到活動視界周圍的彎曲時空上而發現黑洞能發出熱輻射，就是熟知的霍金輻射。Laser bending of sheet metals is a highly flexible forming technique
摘要激光彎曲是一種利用激光加熱來實現構件的柔性成形技術。Test results show that that the breakcown voltage and heat distortion temperature the encapsulating materials of epoxy resin with hgh are famously improved, but the the addition of hgh, the viscosities of the epoxy resin - hgh system is higher compared with that of the others and the encapsulating process is effected. nano - sio2 improves the mechanical properties of encapsulating materials of epoxy resin, impact strength reaches 27. 64kj / m2 from 13. 95 kj / m2, flexural strength reaches 136. 68mpa from64. 95 mpa. by addition of the montmorillonite, glass transition temperature and heat distortion temperature of the encapsulating materials are 13. 2 and 16 higher than that of epoxy re
結果表明，活性硅微粉對環氧灌封材料的熱變形溫度和電學性能提高較為顯著，尤其在浸水后，電學性能降低幅度很小，西北工業大學碩士學位論文但活性硅微粉用量較大，材料的工藝性能明顯降低;納米5102對環氧灌封材料具有顯著的增強和增韌作用，沖擊強度、彎曲強度由原來的13 . 95kj / mz和64 . 95mpa分別提高到27 . 64kjzm2和136 . 68mpa 。Abstract : the responses of shaft bow and their relationships with unbalanceresponses and mechanical or electronic run out are analyzed based on the theory of rotor dynamics. the responses of shaft bow are separated from the unbalance responses successfully by making use of vibration information under different rotor runs. an identification method of thermal bend is presented based on the 2d - holospectrum technique. experimental results show that when bow phase is steady and amplitude is variable, the tangent of initial phase point on the 2d - holospectrum is parallel, which can be effectively used for diagnosis of bent shaft
文摘:依據轉子動力學理論分析了柔性轉子彎曲響應的特徵，在此基礎上討論了它與不平衡響應及機械與電氣跳動量之間的關系，並利用轉子在不同起車情況下的振動信息，有效地分離了彎曲響應和不平衡響應，求解出彎曲量與不平衡量的比值.提出了轉子在恆定轉速下，基於二維全息譜技術的熱彎曲故障識別方法.研究結果表明，當彎曲量相位穩定而其幅值變化時，轉子響應的二維全息譜初相點的切線是相互平行的，由此可以有效地實現轉子熱彎曲故障的識別與診斷Influence of thermal bow on the stability of rubbing bearing - rotor system
摩擦熱彎曲對轉子穩定性的影響Hot bending test
熱彎曲試驗For both the fully back seated and fully closed position, it is recommended that the stem be backed off 1 / 8 " to 1 / 4 " turn to prevent the stem from " growing ", bending or causing thermal binding
對于完全後座支撐和完全關閉位置，建議閥桿後退1 / 8 "到1 / 4 "轉，以防止閥桿」生長「 ，彎曲或產生熱彎曲。The article through dividing cannon tube curve to the two main instances of oneself weight curve and hot curve, analyzes the produce mechanism of oneself weight curve, carries through camber and cannon mouth angle calculating and analyzes oneself weight curve change instance with angle of fire
本文通過將火炮身管彎曲劃分為自重彎曲和熱彎曲兩種主要情況，分析了自重彎曲產生機理，進行了彎曲度、炮口角計算，並分析了自重彎曲隨射角的變化情況。分享友人