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1·The harmonic response of electric loads can be characterized by their aggregate effect.

电力负荷的谐波响应可以用其集总效应来描述。

2·Chapter 4 undertakes mode analysis and harmonic response analysis for the 5 types of support frames.

本文第四章分别对5种类型支持架进行了模态分析和谐响应分析。

3·In the analysis resonant frequency, modal loss factor and harmonic response of structures are studied.

在分析中分别针对结构的固有频率、模态损耗因子以及简谐响应进行了研究。

4·The harmonic response of linear elastic structures with damping was analyzed using a reduced-basis method (RBM).

通过减基法研究了有阻尼线弹性结构的谐响应。

5·In this paper, the eigenvalue problem for harmonic response of coastal waters is solved by finite element method.

本文用有限元素法求解近海水域谐波响应的特征值问题。

6·The dynamic analysis include natural vibration analyse, harmonic response analyse and transient response analyse.

动态特性分析包括固有振动特性分析，谐响应特性分析和瞬态响应特性分析。

7·At the same time, the analysis of harmonic response and the theoretical value of amplitude have been carried out.

同时对超声振子进行了谐响应分析，得出了超声振子的理论振幅值。

8·The harmonic, sub-harmonic and multi-harmonic response of the premixed flame to acoustic perturbation was observed.

预混火焰对声波扰动的谐波、分谐波和高阶谐波响应并存。

9·The distribution rule of all the nodes displacement and dynamic stress were identified by harmonic response simulation.

对振动筛筛箱进行谐响应分析，确定了筛箱各结点处位移、动应力分布规律。

10·Analyzing structure self-vibration features and dynamic response (harmonic response) under the effect of hydro excitation load.

分析了厂房结构的自振特性和水力激振载荷作用下的动力响应（谐响应）分析；