From the energy standpoint, the amended EFGM equations has been got on the basis of have deduced the deformation energy include the CFRP.
从能量的角度出发，推导了考虑碳纤维布(CFRP)存在的修正变形能，整理得到修正后的EFGM控制方程。
The deformation significantly increases electron mobility, making it possible to boost computer speed and reduce energy consumption.
形变使电子的迁移率增大，从而可能提高电脑的速度以及降低功耗。
However, sometimes we can take advantage of plastic deformation. The crumple zones in a car absorb energy by undergoing plastic deformation before they break.
然而，有时我们也能利用塑性变形。汽车上压皱的区域在它们断裂前通过经历塑性变形来吸收能量。
Contact, can be very good habit of foundation deformation; can absorb the energy from the external dynamic load, with excellent seismic function and anti shock ability.
联系，能极好的习惯地基变形；能吸收来自外部的动荷载所发生的能量，具有极好的抗震功能以及抗冲击才能。
The effect of these states on deformation magnitude, duration, and energy loss parameters was assessed.
评估在变形程度、持续时间和能量损耗参数这些情形上的影响。
By analyzing features of across fault measurement, the trend components of deformation can reflect the strength of strain energy accumulation in regional area.
通过对跨断层测量特点的分析，提出断层运动中趋势性成分具有反映区域地壳形变及应变能累积程度的意义。
Furthermore, the intrinsic mechanism of energy dissipation during the deformation and fracture of rocks can be disclosed by the research of meso damage mechanics.
进一步通过细观损伤力学的研究，可以揭示岩石变形破坏过程中能量耗散的内在机制。
Through the comparison of seismic wave attenuation and plastic strain, except for geometrical attenuation, the plastic deformation of coal and rocks is also contributing to energy consumption.
通过地震波的衰减规律与塑性应变变化的比较可见，能量的消耗除了几何扩展衰减外，煤岩体的塑性变形方面也起了一定的作用。
During the earthquake, the presence of a soft story increased deformation demands very significantly, and put the burden of energy dissipation on the first-story columns.
在地震过程中，软楼层的存在显著增加了变形的倾向，并将消耗能量的重负加载给一楼的支柱。
The results show the effective dissipation of the crash energy and the ordered deformation of the car-body structure, so that the reasonability and feasibility of the design are verified.
结果表明了撞击能量的有效耗散和车体结构的有序变形，验证了设计的合理性和可行性。
By studying on the calculation of minimum laser energy and the deformation experiment, the paper provides exactly a theoretical foundation for controlling and predicting deformation of sheet metal.
最小激光能量的估算以及能量与板料变形的实验研究为板料变形的精确控制和预测提供了理论依据。
Impact test shows that the collision-proof equipment can reduce body deformation, absorb impact energy, and prolong impact time.
试验表明，在发生正面碰撞时，该碰撞防护装置能够减小车身变形、吸收碰撞能量、延长碰撞冲击时间。
The experimental results also show that minimum energy calculation accords with critical value of deformation, and the deformation increases with the increase of laser energy in a nonlinear way.
实验结果表明估算的最小激光能量与板料变形所需的能量阈值基本一致，且板料变形量随激光能量的增加呈非线性增大。
The main reason producing error is analyzed when using deformation energy square calculates oblique collision speed.
分析了用变形能网格图计算斜碰撞速度时产生误差的主要原因。
This paper analyses the deformation characteristics of granular materials at critical state, and the deformation regulation is derived on the principle of energy equilibrium.
分析了散粒体临界状态下的变形特征，应用能量平衡原理导出了临界状态下的变形规律。
Toughness is the ability to absorb the energy of deformation before the fracture.
韧性为金属在断裂前吸收变形能量的能力。
After determining the magnitude of the section factor by the energy method, the analytical results of deformation of beams, including the effect of shear, are given quantitatively.
由能量法确定了截面因子数值之后，定量地给出计入剪力时梁变形的分析结果。
The melting deformation area is dependent on the energy heating the contact surface, the meterial parameters and the deformation is identical with the welding probability.
探明了熔化变形面积与接触加热能量及材料性质参数有关且其变形大小与静熔焊概率大小一致。
The results show that the activation energy of deformation is connected with deformation condition, and it increases with the increase of strain rate.
结果表明：形变激活能与变形条件相关，随着应变速率的增加而增加；
According to the principle of the minimum potential energy the deformation of single tension pile and pile groups was analyzed using a modified variational approach.
根据最小势能原理，使用修正变分法来分析抗拔单桩和抗拔群桩的变形。
The dynamic deformation and the energy absorption mechanism of cells with different geometrical topology under in-plane impact loading have been studied.
研究了面内冲击载荷作用下不同形状单胞的动态变形机制及能量吸收特性。
The geometric shape, deformation behavior description, energy equation and constraint equation of the filter is constructed.
给出了过滤片的几何形状、行为描述、能量方程以及约束方程。
The first-order derivative equal to zero of total potential energy with respect to the relative shear deformation of shear band leads to the equilibrium condition of elastic rock.
将系统的总势能对相对剪切变形求一阶导数（等于零），得到了弹性岩石的平衡条件。
Based on the assumption, the computer was used to calculate the minimum deformation energy, and the speed distribution in the deformed area and the drawing force were gotten.
在此基础上利用流函数建立了变形区速度场，并利用计算机对变形能进行求极小值，得到了变形区的速度分布及拉拔力。
The influence of deformation parameters to deformation energy is discussed.
为确定变形储能的数值，探讨了变形参数对变形储能的影响。
Basing on the above model of networks for TPUE and the mechanism of large deformation the elastic free energy of deformation for three kinds of networks were calculated.
根据上述分布函数和大形变机理，分别计算了三种网和总网的弹性形变自由能。
The absorbed energy property and deformation characteristic of magnesium alloy under high strain rate loading are described.
介绍了高应变率载荷条件下镁合金的吸能特性及变形特征；
It is proved that the equality of deformation powers and the equality of strain energy in case of linear elasticity are deduced from the present theory.
文章论证了所述等效理论具有的形变功率等值性和线弹性条件下的应变能等值性。
The results show that the plastic dissipation will be 1/3 of the input energy when plastic deformation occurs.
结果结果表明：只要存在塑性耗散，耗散的能量就占外载输入能量的1/3。
The deformation effect of foundation is considered, and the stability of continuous rigid bridge pier is analyzed by means of energy method.
考虑地基弹性变形影响，用能量法对桥墩的稳定性作了详细的分析。
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