模態控制 的英文怎麼說

中文拼音 [mótàikòngzhì]
模態控制 英文
modal control
  • 模 : 模名詞1. （模子） mould; pattern; matrix 2. （姓氏） a surname
  • 態 : 名詞1. （形狀; 狀態） form; condition; appearance 2. [物理學] （物質結構的狀態或階段） state 3. [語言學] （一種語法范疇） voice
  • 控 : 動詞1 （告發;控告） accuse; charge 2 （控制） control; dominate 3 （使容器口兒朝下 讓裏面的液體慢...
  • 制 : Ⅰ動詞1 （製造） make; manufacture 2 （擬訂; 規定） draw up; establish 3 （用強力約束; 限定; 管束...
  • 控制 : control; dominate; regulate; govern; manage; check; cybernate; manipulate; encraty; rule; rein; c...
  1. The former put stress on the research of time optimal control method, fuzzy discursion and moving track, and the latter on the study of ekf recursion algorithms, noise model and noise characteristic identification

    前者的重點是最優時間控制方法、模糊控制器的推理以及運動相軌跡分析；後者側重於ekf的狀態估計方法、噪聲模型對濾波估計性能的影響以及噪聲模型的辯識方法。
  2. In the next place, by studying the change of the resonant frequency of the whole system, this paper designs the circuit to track the resonant frequency of the system by cd4046 mainly. at the same time, in order to improve the efficiency and get better dynamic capability of the converter, we choose pll and fuzzy control after comparing the pll circuit, fuzzy circuit and pll ? fuzzy control circuit. in the end, this paper brings forward the control blue print to realize the drive control circuit of the high frequency converter, using the dsp chip as the key part to realize four routes of pwm drive pulses with dead band of the control system

    其次，通過對整個系統諧振頻率變化的分析和研究，設計了以鎖相環cd4046為核心的鎖相環控制電路，同時，在綜合比較鎖相環控制、模糊控制以及模糊控制和鎖相環復合控制三種控制演算法的基礎上，進行了系統模擬，得出採用復合控制可使跟蹤電路既具有鎖相環路較好的穩態性能，又擁有模糊控制較好的動態性能，系統魯棒性能好，同時也提高了逆變器的效率。
  3. Mode control of vibration in piezoelectric cantilever beam

    壓電懸臂梁振動的模態控制
  4. A 2dof vehicle structure model with mr damper is established, a sliding model controller is designed, and the real - time control damping force of suspension system is educed

    摘要建立了履帶車輛1 / 2車體振動模型，設計了相應的滑移面和滑移模態控制器，得出了履帶車輛半主動懸掛系統的實時控制阻尼力，並對路面激勵下滑模控制與最優控制的減振效果進行了模擬。
  5. The thesis also involves some detailed techniques come across in the numerical simulation process of elastic dynamic fem analysis, and remarks the theoretical foundation and applications to them, which covers mass scaling, hourglass deformation mode and dimensional compatibility

    本文還對彈性動力學有限元數值計算過程中遇到的若干技術細節進行了深入分析與探討。這包括質量縮放技術對時間步長的影響、單位制對計算速度的影響以及單元剛度單點數值積分的沙漏模態控制技術等。
  6. In this paper, nonlinear static analysis methods, structural dynamic time history analyses based on structural state equation in hamilton system, multi - mode control theories of multiple tuned mass dampers, and semi active control laws of " on - off " are investigated

    本文分析和研究了結構靜力彈塑性分析方法、基於hamilton體系下結構狀態方程求解結構動力學問題的數值逐步積分方法、多重調諧質量阻尼器（ mtmd ）的多模態控制理論以及建築結構的半主動控制律。
  7. Aero engine vstsmc controller and terminal sliding mode variable structure model following controller are separately designed

    先後設計了航空發動機變結構最終滑動模態控制器和完全模型跟蹤的航空發動機最終滑動模念變結構模型跟蹤控制器。
  8. 2. for general nonlinear system, a control law design method which integrated the nonlinear dynamic inverse theory, adaptive fuzzy system and slide model control is developed

    2 、對一般非線性系統，推導了一種綜合運用非線性動態逆、自適應模糊邏輯系統和滑動模態控制進行控制律設計的方法。
  9. Multi - modality control of thermal drive part based on deformable body

    基於變形體的熱驅動部件多模態控制策略研究
  10. Based on the modal control, modal sensors and modal actuators were designed

    基於模態控制方法，設計了模態傳感器和模態致動器。
  11. For the control of multistory structures with mtmd, the control effects of the response of both displacement of structure and acceleration are good

    Mtmd多模態控制不但能減小結構的位移響應而且能減小結構的加速度響應。
  12. Modal controller design of defective system and its application in flutter control of an airfoil

    虧損系統模態控制設計及其在機翼顫振控制中的應用
  13. The 7 k dof dynamic model for vehicles and vibration suppression by combinative modal space control with mr dampers

    汽車磁流變半主動懸架系統的聯合模態控制
  14. Using for reference the design method of transverse filer, we presented the way to resolve the control constant, through which we could realize the stabilizing control speedy if initial values of chaotic system was given. in designing the sliding mode controller, adaptive control theory and system identification method were used in system, with which we can realize the synchronous control of uncertain chaotic dynamical system. 4

    在滑動模態控制器設計過程中，從非線性控制策略的角度出發，將自適應技術、系統辨識技術應用於混飩系統的同步控制，提出了一種基於參數估計的自適應混飩同步控制方法，針對混飩動力學系統參數未知的情況，自適應估計系統參數，控制混燉系統同步。
  15. And complex inertia mass is presented, which clearly and briefly elucidate the interaction mechanism between mtmd and the primary structure. that the control of mtmd to the primary structure is acceleration - dependent passive control is presented. in the time domain and the frequency domain, the effects of the response of displacement and acceleration with both the single - mode control and the multi - mode control are analyzed

    提出mtmd的復慣性質量，用數學公式闡明mtmd對結構的控製作用及其影響因素；提出mtmd的控制類型是加速度相關型的無源被動控制；從時、頻兩域分析了mtmd對結構單模態和多模態控制效果，並且給出tmd控制加以比較驗證。
  16. Modal control and time - delay compensation of linear systems

    線性系統模態控制及其時滯補償
  17. Active vibration control for a cantilever beam was studied based on the combination between finite element analysis ( pea ) and modal control

    摘要結合有限元分析方法與模態控制來抑制懸臂梁的振動。
  18. When the parameters and resonant conditions are equal, nonlinear inductance can change the topology structure of response curves. changing the nonlinear resistance and the nonlinear inductance can control peak value of response curves. changing other parameters, amplitudes of response curves will change correspondingly, but the responses are different, one modal could be controlled by the other

    2的情況下，改變了響應曲線的拓撲結構;無論是電阻非線性還是電感非線性，都會抑制兩個模態的振動;改變系統參數，振幅和共振區的大小會發生相應的變化，但兩個模態對參數變化的響應程度是不一樣的，可以通過一個模態控制另一個模態。
  19. In contrast to other variable control methods, variable structure terminal sliding mode control ( vstsmc ) avoids local sliding mode existing on each switching hyper plane. therefore, the system states can enter terminal sliding mode directly with desired dynamic characteristics

    變結構最終滑動模態控制（ variablestructureterminalslidingmodecontrol ） （ vstsmc ）方法與其它滑動模念變結構控制方法相比，避免了在各個切換超平面上存在局部滑動模態的情況。
  20. By analyzing the contacting force error target track between the welding robot and workpiece, the basic control cells, characteristic model, multi - model control and multi - target decision - making rules of human - simulated intelligent parameter - adjusting level control of force sensing are established based on human - simulated intelligent running level control of force sensing in remote welding

    摘要通過分析遙控焊接過程機器人與工件接觸力誤差目標軌跡，在遙控焊接力覺仿人智能運動控制級控制基礎上，建立了遙控焊接力覺仿人智能參數校正級控制基元集合、特徵模型、多模態控制和多目標推理決策規則。
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