system equation造句
例句與造句
- a damper finite element model is coupled to rotor system equations of motion
推導了常規(guī)粘彈減擺器旋翼耦合系統(tǒng)運動方程。 - the system equation is nonlinear due to the dependence of permeability on the volume strain of solid phase
由于滲透率與固體相體積應變相關，系統(tǒng)方程為非線性方程。 - for a special case of such a system equation, we derive the exact soliton solutions using the darboux transformation
運用darboux變換求得了該系統(tǒng)的精確解(包括n-孤子解及2-孤子解)。 - based on the boundary integral equation method, the system equation of contact problems, including contact conditions, is established
利用邊界積分方程，結合接觸條件，形成接觸問題的系統(tǒng)方程。 - 3 ) we consider the averaged dispersion-managed ( dm ) fiber system equation, which governs the dynamics of the core of the dm solitons
3)通過運用路徑平均方法推導了色散管理(dm)孤子核的傳輸方程。 - It's difficult to find system equation in a sentence. 用system equation造句挺難的
- finally, floquet's theory is used to generate-dynamic stability system equations for the purpose of determining both undamped and damped instability regions
最后采用floquet理論求得考慮阻尼及不考慮阻尼時確定動力失穩(wěn)區(qū)間的控制方程。 - the designer quickly becomes adept in relating changes in the laplace domain to behavior in the time domain without actually having to solve the system equations
設計人員可以很快就熟練地將拉氏域的變化與時域的行為相聯(lián)系，而不須求解系統(tǒng)方程。 - it is also shown that system equations for static structural mechanics, structural dynamics and static buckling are only a special case of the system equations of dynamic instability
并得出結構的靜力學問題、動力學問題和靜力屈曲問題僅為動力穩(wěn)定控制方程的一個特殊情形。 - it is also shown that system equations for static structural mechanics, structural dynamics and static buckling are only a special case of the system equations of dynamic instability
并得出結構的靜力學問題、動力學問題和靜力屈曲問題僅為動力穩(wěn)定控制方程的一個特殊情形。 - differential method is used for the discretion of time zone, and a direct solution method and an incremental solution method are given out for the solution of the non-linear system equation
求解方程時，在時間域上采用差分法進行離散，給出了求解系統(tǒng)方程的直接法和增量法。 - the numerical method to solve the equation for spatial amplification theory is described in detail . deduced first-order system equations from spatial instability theory and its eigenvalue problem are solved and neutral lines varied with mach numbers are given
運用穩(wěn)定性理論的空間放大理論，建立穩(wěn)定性方程，得到一個六元一階方程組，然后求解該一階系統(tǒng)，計算并得到不同馬赫數(shù)下的中性穩(wěn)定曲線，基于此得到不同馬赫數(shù)下流場的臨界失穩(wěn)點和穩(wěn)定區(qū)域。 - in this paper, dynamic response of parametrically excited flexible cam-follower system on universal condition is investigated by using the method of the expansion of the system equation based on chebyshev polynomials . the state vector and the periodic matrix of the system are expanded in terms of chebyshev polynomials over the principal period at first
為研究了凸輪和從動件之間的含間隙的凸輪系統(tǒng)模型的動力學響應，本文使用了兩類諧波平衡法：解析諧波平衡法和dft數(shù)值諧波平衡法，對該系統(tǒng)模型進行簡化。 - the two kind of harmonic balance methods, analytical hbm and dft numerical hba, are used for the analysis of the parametrically excited flexible cam-follower system with consideration of the clearance between cam and follower . through the two methods, the system equation is reduced to a series of nonlinear algebraic equations
這種非線性代數(shù)方程組需要依靠數(shù)值計算的迭代法才能求解，而由于問題的復雜性，普通的newton法很難求解，本文采用一種廣泛應用的擬newton法一一broyden方法來求解，得出了出含間隙凸輪系統(tǒng)模型的穩(wěn)態(tài)響應。 - the core of the piezoelectric ultrasonic motor, piezoelectric ceramic is systematically researched . based on the piezoelectric effect, the piezoelectric equations are derived . from the piezoelectric equations, the important parameter of the piezoelectric ceramic's physical performance and the system equations of the vibrator are derived
深入地研究了超聲波馬達的核心元件??壓電陶瓷，從壓電效應著手，推導了壓電方程，得到了描述壓電材料物理特性的幾個重要參數(shù)，并導出了壓電振子及壓電陶瓷的系統(tǒng)方程，論述了壓電振子的振動模態(tài)及諧振特性。 - at the same time, it gave frequency domain and time domain solutions of system equations about two motions on pure rolling and rolling coupled swaying of the ship . based on analyzing the control principle of the anti-rolling tank, the optimal control of controlled passive tank is devised according to the principle of optimal control, and the implementation approach presented . the author also studies the controller design of the activated tank, presents the technique of enumerating tank active force, and simulates the three kinds of tank system
在分析減搖水艙控制機理的基礎上，根據(jù)最優(yōu)控制原理，提出了可控被動式減搖水艙的最佳控制，給出了最佳控制的實現(xiàn)方法；研究了主動式減搖水艙控制器的設計及確定水艙主動力的方法；對被動式、可控被動式和主動式減搖水艙系統(tǒng)進行了仿真分析。
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