shape memory alloys 中文意思是什麼

shape memory alloys 解釋
記形合金
  • shape : Shape＝Supreme Headquarters Allied Powers in Europe （北大西洋公約組織的）歐洲盟軍最高司令部。n 1...
  • memory : n. 1. 記憶；記憶力；【自動化】存儲器；信息存儲方式；存儲量。2. 回憶。3. 紀念。4. 死後的名聲，遺芳。5. 追想得起的年限[范圍]。
  • alloys : 阿盧瓦
  1. Effect of vanadium on critical yield stress of ni - ti - nb shape memory alloys

    記憶合金臨界屈服應力的影響
  2. Corrosion resistance of the ni - ti - nb based shape memory alloys

    基形狀記憶合金的耐蝕性能
  3. Constitutive model of shape memory alloys

    形狀記憶合金的本構模型
  4. The crystal structure of the martensite as quenching state, the variation of the structure of the martensite during non - isothermal aging in the martensite and parent state, under successive deformation condition and under thermal cycling condition in the cu - based shape memory alloys are studied by the x - ray diffraction

    摘要運用x -射線衍射分析技術研究了不同成分銅基形狀記憶合金淬火態馬氏體結構、馬氏體狀態非等溫時效過程中結構的變化規律、母相狀態時效和連續變形過程中馬氏體及母相結構的變化規律以及熱循環過程中馬氏體結構的變化情況。
  5. Method of fixed strain thermal cycling test for coil springs of shape memory alloys

    形狀記憶合金螺旋彈簧的固定應變熱循環試驗方法
  6. Research and application of ni - ti based shape memory alloys

    記憶合金管接頭在裝甲車輛上的應用
  7. Resarch progress in corrosion behavior of cu - based shape memory alloys

    銅基形狀記憶合金及其耐蝕性研究進展
  8. Since the shape memory alloys re - centring damper is provided with hysteretic curve in the " double flag " type, to suppress the response of structure and get the capacity of fully re - centring, the new isolation system combining the above damper with laminated rubber bearing is proposed

    形狀記憶合金自復位阻尼器具有獨特的雙旗型恢復力曲線，本文提出將這種阻尼器與疊層橡膠墊組成新型隔震裝置，以期在降低結構地震反應的同時還能夠獲得震后的復位功能。
  9. The study result is listed as follow : the transformation pseudo - elasticity property of shape memory alloys is simulated exactly with the above mentioned method of value calculation. the shape memory alloys re - centring damper presents typical " double flag " hysteretic curve, and the result accords with the theory analysis. the property of above new isolation device is excellent, the seismic response of the super - structure is significantly reduced, and the fully re - centring capacity after earthquake is obtained

    研究結果表明，文中所提的數值求解方法能夠反映形狀記憶合金相變偽彈性的基本特徵；形狀記憶合金自復位阻尼器在循環荷載下呈現出典型的雙旗型滯回曲線，程序的模擬結果與理論分析相吻合；這種新型隔震裝置的性能優良，既可以大大減輕地震對上部結構的影響，同時也具有很好的震后自復位功能。
  10. Here a kinetic study has been made in order to determine the relationship between the relaxation of elastic energy and the hysteresis expansion by pre - deformation of shape memory alloys

    本文根據馬氏體相變熱力學和動力學，並結合相關的實驗結果，研究了彈性應變能弛豫和相變滯后的關系。
  11. Abstract : recent experimental investigations have demonstrated that the pre - deformation of shape memory alloys results in martensite stabilization opposing reverse transformation, hence leading to the expansion of transformation hysteresis

    文摘:形狀記憶合金經適當溫度下的塑性變形可以有效地提高馬氏體的穩定性，從而使相變滯后得以大幅度提高。
  12. It is indicated that the relaxation of elastic energy stored during the forward martensitic transformation is responsible for the expansion of transformation hysteresis, which is in good agreement with experimental results associated with the hysteresis enlargement by deformation of niti, niti - based and cualni shape memory alloys

    結果表明，塑性變形產生的位錯以及變形的第二相顆粒對逆馬氏體相變溫度的提高具有一定作用，但塑性變形導致應變能釋放才是形變提高形狀記憶合金相變滯后的主導因素。
  13. Superelasticity is one of the most important mechanical behaviors of shape memory alloy, researches on superelasticity are the focus for application of shape memory alloys

    超彈性是形狀記憶合金最重要的力學性能之一，對于超彈性的研究一直是形狀記憶合金材料研究的熱點。
  14. Second, based on the basic theory, the constitutive models describing superelasticity behavior of shape memory alloys were summarized here and the factors influenced superelasticity were analyzed. the advantages and disadvantages of every kind of constitutive model were also summarized. third, the sma rubber bearings ’ optimized designing are proposed and designed utilizing superelasticity of sma materials, the corresponding theoretical models are developed and design methods are given

    第一，總結了國內外關于形狀記憶合金在結構減震、隔震以及振動控制領域的研究進展和應用情況，並對各種形狀記憶合金控制裝置進行了對比分析，展望了形狀記憶合金在結構振動控制中的發展方向;第二，從基本理論出發，綜述了目前國內外描述形狀記憶合金超彈性行為的本構模型，並分析總結了影響超彈性的因素，以及各種本構模型在描述形狀記憶合金超彈性方面的優缺點。
  15. Application of dsc in the phase transformation of ti - ni shape memory alloys

    形狀記憶合金相轉變中的應用
  16. At last, acco rding the present seismic code, the simplified design method for structure with shape memory alloys re - centring isolation device is introduced

    最後，結合現行抗震規范，給出了形狀記憶合金自復位隔震結構的一種簡化設計方法。
  17. Secondly, the specific configuration and functioning principle of shape memory alloys re - centring damper is introduced. the mechanical property of damper under static reversed loading is analyzed by program, and the hysteretic curve is obtained

    其次，簡述了形狀記憶合金自復位阻尼器的構造形式和工作原理，編制計算機程序並對阻尼器在靜力循環荷載下的力學性能進行了分析，得出其滯回曲線。
  18. Then, the elasto - plastic time history analysis for re - centring isolation structure with shape memory alloys is carried out, and compared with fixed structure the control effect and fully re - centring capacity of the new isolation system is verified

    接著，對設有形狀記憶合金自復位隔震裝置的實際結構進行了彈塑性地震反應分析，並與非隔震結構進行了對比，以驗證上述隔震裝置的減震效果和復位性能。
  19. Shape memory alloys and super - elastic alloys

    形狀記憶合金和超彈性合金
  20. Development and application of shape memory alloys

    形狀記憶合金的開發和應用
分享友人
分享到 Line

分享到臉書