1) energy method
能量法
1.
The establishment of calculation formulas of rolling force on skew-rolling tube with energy method;
用能量法求解三辊轧管时轧制压力
2.
Stress increment study of external tendons based on energy method;
基于能量法的体外预应力梁力筋应力增量研究
3.
Study on the momentary input energy of structural earthquake resistance design by energy method;
结构抗震设计能量法的瞬时输入能量研究
2) energy approach
能量法
1.
An energy approach for stamping springback prediction and compensation;
一种基于能量法的冲压回弹预测补偿算法
2.
This study modifies the energy approach developed for analyzing the tripping behavior.
在用能量法求解加筋板的侧向屈曲弹性临界应力时,在广义特征值方程中计及残余应力和附连板屈曲后应力分布变化的影响。
3.
Assumed that the steel plate is subjected to spring constrain at the unloading edge, the formulae for calculating local buckling strength of the steel plate of square concrete-filled steel tubular column under axial loading are deduced using energy approach, the validity of which was verified with experimental results.
假定方形钢管混凝土构件的钢管板件在非载荷边受到弹性约束,应用能量法对钢管局部屈曲强度计算公式进行了推导;并利用已有试验结果对计算公式的正确性进行了验证。
3) the energy method
能量法
1.
Solution of the mechanics problem based on the energy method;
基于能量法求解力学问题
2.
Based on the energy method and the deformation of impacted object, this article analyses the problem of level-impact-experiment of launching device, calculates its impact coefficient; and it analyses the second-class impact problem, then makes suggestions of reducing the second-class impact effect in the design and experiment.
采用能量法结合被冲击体变形量的分析,对某型发射装置水平冲击试验的情况进行分析,计算其动荷系数;同时对二级冲击问题进行了分析,并就设计和试验中如何减弱二级冲击影响的方法提出了建议。
3.
This paper aimed to find the first-order approximate solution of the nonlinear motion of a loudspeaker driven by a stable voltage source by the energy method.
通过能量法求解扬声器非线性振动系统的非线性微分方程的一阶近似解 ,得出幅频关系方程和谐波失真与频率关系曲线 ,并着重分析讨论了磁场的非线性对扬声器低频谐波失真跳跃的影响 ,得出了一些结论 。
4) energy principle
能量法
1.
By means of energy method and minimum potential energy principle of elasticity,the elasticity theory analysis of infinitesimal deformation was performed for the concrete filled steel tube(CFST).
应用弹性力学中的能量法和最小势能原理,对钢管混凝土进行了小变形下的弹性理论分析。
2.
The hooping mechanism of the CFST member was analyzed by using energy principle and minimum potatial energy principle.
利用修正弹性模量的方法来计入内填式钢管混凝土轴压构件承载力的提高 ,并用能量法和最小势能原理从中导出了在轴向压力作用下内填式钢管混凝土构件受箍机理。
3.
On the basis of relative researches in the world, the hooping theory of CFST was deduced by use of energy principle and minimum potatial energy principle, moreover, use modified axial elastic modulus of steel tube and core concrete in order to reckon in the increase of CFST load-carrying capacity.
本文在国内外研究成果的基础上，利用能量法和最小势能原理导出了钢管混凝土结构的受箍机理和钢管、核心混凝土修正轴压弹性模量，进而修正了钢管混凝土修正轴压弹性模量并以此来计入钢管混凝土受压结构承载力的提高。
5) energy method
能量方法
1.
An energy method for calculate borehole pressure under decoupled charging
不耦合装药条件下炮孔初始压力计算的能量方法
2.
The fatigue properties of neat asphalt mixture(BN),asphalt mixture with 1~# fiberglass polyester mat(BT) and asphalt mixture with 2~# fiberglass polyester mat(BU) were analysed by universal testing machine(UTM),the fatigue life equation expressed strain and the equation between cumulative dissipated energy and cycles were established,the testing result was studied by energy method.
通过UTM试验系统对纯沥青混合料(BN)、复合1#聚酯玻纤布沥青混合料(BT)与复合2#聚酯玻纤布沥青混合料(BU)进行了应变控制疲劳性能试验,建立了应变与疲劳寿命的疲劳方程和累计疲劳能耗与应变的回归方程,引入能量方法对疲劳试验结果进行了分析。
3.
The feasibility study and optimized selection of seismic insulation plans are analyzed by two methods as energy method and direct dynamic analysis method.
设计中分别采用能量方法和时程分析法对隔震方案进行了可行性研究及优选 ,提出了确定隔震层上部结构的等效设防烈度以及水平位移计算及控制的方
补充资料：能量法
能量法
energy method
能盆法I臼践gy 1.州‘闭;，。e衅T。，ee。蓝MeTo戏】 同R祖法(Ritzn犯thod).
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
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