稳态响应

  • 网络Steady-state response;Steady State Response;steady response
稳态响应稳态响应
  1. 移动荷载下Kelvin地基上无限长梁的稳态响应

    Steady-state response of infinite beam on Kelvin foundation under moving loads

  2. 采用解析法和Newmark算法分别研究了低速气膜密封的稳态响应。

    The steady-state response of low speed gas film seal is researched by analytic method and Newmark method respectively .

  3. 实数LMS算法自适应线谱增强器稳态响应的求解

    A Solution for Steady-State Response of Adaptive Line Enhancer of Real LMS Algorithm

  4. 运动负荷下粘弹性Kelvin地基上无限大板的稳态响应

    Steady Response of Infinite Plate on Viscoelastic Kelvin Foundation to Moving Load

  5. 在动态情况下,转换器具有快速的负载瞬态响应、线性稳态响应和DVS响应。

    The converter exhibits fast load transient , line transient and DVS response .

  6. 随后本文使用有限元方法计算了WW发动机动力涡轮转子的稳态响应,加速瞬态响应。

    And the harmonic response and the transient response of the turbo-shaft rotor were calculating .

  7. 通过移动坐标和Fourier变换得到移动谐振点荷载作用下轨道路基稳态响应在波数域内的解;

    By means of moving coordinate and Fourier Transform , the steady state dynamic response of the track / subgrade system under moving harmonic point load is obtained in the wavenumber domain .

  8. 对于TCP/IP网络中存在模型的不确定性、网络参数的时变性以及非TCP适应流所引起的网络振动,该算法可以获得良好的暂态和稳态响应。

    The algorithm shows its good transient and steady state responses in TCP / IP networks , such as modeling uncertainties , fluctuation of time-varying parameters and network jittering due to non-TCP sessions .

  9. 针对一类具有自衡特性的SISO系统,借助其开环阶跃输入稳态响应所提供的信息设计了一个新颖的PD型模糊控制器。

    As for the SISO system with self-balance , a new PD fuzzy controller based on the steady response of its open loop step input is introduced .

  10. 数字化的控制还可以提高UPS的暂态、稳态响应等众多性能,便于产品优化升级。

    The digital controlling can also increase many function such as the transient state 、 steady state responsibility of UPS , which is beneficial for the products ' optimization and promotion .

  11. 本文提出有限元直接法与Riccati迁移矩阵法相结合的方法用于结构周期性激励作用下的稳态响应分析。

    A Combination of direct finite element and Riccati transfer matrix methods is proposed for analysing steady & state response of structures under periodic excitation .

  12. 对W形环进行动力学分析,如模态分析和谐响应分析,了解W形环的动力学特性,得出W形环在不同约束条件下的固有频率及在简谐激励下的稳态响应。

    Dynamics feature of the W-ring is analyzed , such as model analysis , harmonic analysis . Natural frequencies under different constraint conditions and steady state response under the simple harmonic vibration was obtained . 5 .

  13. 针对方程的求解,采用四阶Runge-Kutta法,可以得到系统的稳态响应和到达稳态响应的时间历程。

    The Fourth Order Runge-Kutta method is used to solve the dynamic mathematic model , and the steady system time history response is also achieved with this method .

  14. 结合Poincaré映射和相平面研究了系统在不同外载荷情况下的各类稳态响应及其动力学分岔特性。

    Based on Poincar é maps and phase plane plots , both the steady-state responses and their bifurcations are investigated by changing the external loads .

  15. 本文采用MATLAB软件模拟轨道电路的传输特性,对轨道电路在正弦交流输入下的稳态响应进行了仿真,得到了相应的的仿真结果和曲线图。

    In this paper , the study method is adopted for employing MATLAB to simulate the transition feature of track circuit , the steady-state response of track circuit is simulated when the alternative sine wave signal is inputted , and the corresponding results are interpreted .

  16. 色噪声激励下Duffing-Rayleigh-Mathieu系统的稳态响应

    Stationary response of Duffing-Rayleigh-Mathieu system under colored noise excitation

  17. 在过去20多年中,若干作者曾用不同方法研究过vanderpol振子对高斯白噪声的稳态响应,得到了不同甚至相反的结论。

    In the past twenty years the stationary response of van der Pol oscillator to Gaussian white noise has been studied by several authors using different methods . Different , or even opposite conclusions were drawn by different authors .

  18. 双频激励耦合PDE-AE射频系统的准周期稳态响应模拟算法研究

    Quasi-Periodic Steady State Analysis of Coupled PDE-AE System in RF Circuits Driven by Two-Tone Signals

  19. 基于Biot波动方程,引入更符合工程实际的半透水边界条件,研究粘弹性饱和土体中半封闭圆形隧洞的稳态响应。

    Based on Biot ′ s fluctuating equation , the steady state response of a partially sealed circular tunnel in viscoelastic saturated soil is investigated by introducing a partial permeable boundary condition which represent most practical situations .

  20. 分析了一阶RL电路在正弦交流电压源激励下,电路直接进入稳态响应的条件和产生过流、过压的原因。

    The response of RL first-order circuity switching on simple sinusoidal alternating voltage source is discussed . The conditions of RL circuitry directly accessing stationary response and the reason why the excess current and excess voltage generate are also analysied .

  21. 针对传统PI控制响应速度慢的缺点,将模糊滑模控制应用到网络拥塞控制系统中,充分利用其不需要精确的数学模型的特点,得到了一种稳态响应及暂态响应特性都较好的AQM控制器。

    In order to overcome the disadvantages of traditional PI controller , we applied fuzzy sliding mode control to network congestion control system , which does not need precise mathematics model . An AQM controller with both good steady-state response and transient response is obtained .

  22. 测得二波耦合的稳态响应时间不超过0.8s,且随双光束夹角增大而逐渐减小,文中对此进行了解释。

    The steady coupling response time r is less than 0.8 sec , which is decreased as the increasing of 20 , and a reasonable explanation is given out .

  23. 分析了CCC-HVDC系统的稳态响应及暂态响应特性,并与LCC-HVDC系统进行了对比。

    Both the steady-state characteristics and the transient response characteristics of the CCC-HVDC system are studied , which are compared with those of LCC-HVDC system respectively .

  24. 研究表明,该系统的稳态响应为一叉型分岔,激励幅值F1,F2和阻尼μ对普适开折参数的影响很大,通过调整F1,F2和μ可以很方便地控制解的分岔特性。

    It is concluded that the response of this system is a pitchfork bifurcation and the influence of excitation amplitude F 1 , F 2 and damping μ is great . The property of the solutions can be easily controlled by adjusting F 1 , F 2 and μ .

  25. 用Krylov-Bogoliubov缓变系数法研究了正弦型激励下单自由度三线性滞回系统的稳态响应。当本文的三线性模型退化为双线性模型时,本文结果与Caughey的结果是一致的。

    The steady-state response of an one-degree-of-freedom triple-linear hysteretic system subjected to a sinusoidal excitation was investigated by using the method of slowly varying parameters developed by Krylov and Bogoliubov .

  26. 将功的互等定理法(MRT)应用于求解在简谐线性分布干扰力和力矩作用下简支矩形板的稳态响应,给出了封闭解和一系列有实用价值的图表。

    In this paper method of the reciprocal theorem ( MRT ) is extended to solve the steady state responses of simple-restrained rectangular plates under line-distribution harmonic disturbing forces and torque . The closed solutions and a series of the tables and figures which have practical value are given .

  27. 局部非线性轴系振动稳态响应计算方法

    Method for Calculating Steady Vibration Response of Shafting with Local Nonlinearity

  28. 侧向气动力对汽车稳态响应的影响

    The Influence of Lateral Aerodynamics on Stationary Response of a Vehicle

  29. 弹性半空间体在移动集中荷载作用下的稳态响应

    Steady-state response of an elastic half-space under a moving point load

  30. 阻尼材料对环肋柱壳稳态响应影响的分析

    Effects of Damping Material on Steady-State Response of Submerged Ring-Stiffened Cylindrical Shells