strain velocity的例句大全

Calculation of Rolling Strain Velocity in Consideration of Adhesive Friction and Slide Friction

考虑粘着摩擦和滑动摩擦的轧制变形速度的计算

The results show that the strain velocity mainly affects maximum principal stress.

研究结果表明,应变速率等因素对最大主应力的变化有一定影响.

Near the latter point, the strain velocity of adhesive friction and that of slide friction is near to be equal and friction coefficient has almost no effect to the strain velocity with slide friction.

在轧件与轧辊分离处，变形速度为零，在这点附近粘着摩擦和滑动摩擦变形速度值接近相等，摩擦系数几乎不影响滑动摩擦情况下的变形速度。

Triangular Velocity Field Used to Solve Plane Strain Due to Draw-Out/ Extrusion by Idle Rolls

三角形速度场解析平面变形辊拔与辊挤

By means of analysis of the effects of deformation degree, stretching velocity, geometrical dimensions of the blank, lubrication methods and operation modes on slip band, the critical deformation degree and the reasonable scope of stretching strain rates are determined.

通过分析镜面蒙皮拉形中变形程度、拉形速度、毛料几何尺寸、润滑与操作方式对滑移带的影响，确定了临界变形程度和拉形应变速率的合理范围。

Furthermore, the numerical analysis of the effect of some factor, such as vehicle axle weight, moving velocity, pavement thickness, and subgrade stiffness on the dynamic deformation and the dynamic strain in rigid pavement slab through changing the computation parameter.

采用数值分析方法研究了车辆轴重、行车速度、路面厚度、路基刚度等因素对刚性路面板动挠度和动应变的影响。

The results show that the SPT load displacement curves of BMG are very sensitive to punch velocity and test temperature, and the shape of SPT load displacement curves is controlled by strain rate sensitivity, viscosity and punch velocity etc.

结果表明，BMG材料的SPT载荷位移曲线对压头速度和实验温度的敏感性较高，而SPT载荷位移曲线的形状与材料的应变速率敏感系数、粘度、压头速度等因素有关。

Temperature and equivalent strain rate fields calculated according to velocity field are used to update the dynamic viscosity coefficient associated with the constitutive equations for hot extrusion of aluminum profile.

根据上述场量，结合铝型材热挤压的本构方程，进行动力粘度的迭代与刷新；

The yield condition of compressible sintered powder materials is discussed in this paper, and the velocity field equation, boundary stress condition, stress discontinuity law for the materials in plane strain are researched as well.

讨论了可压缩烧结材料的屈服条件，研究了可压缩烧结材料平面应变速度场方程，应力边值问题、应力间断规律。

the course of recrystallization is speeded up with increasing the velocity of strain at a constant total distortion.

在总变形量一定的条件下，随应变速率增加，合金再结晶过程加快。

Effects of physical aging on the structure, mechanical properties and crystallization behavior of amorphous PET film and fiber are studied by density, DSC, stress-strain curve, solvent-induced crystallization and sonic velocity measurements.

采用密度、DSC、应力&应变测量、溶剂诱导结晶和声速测定等方法研究了物理老化对非晶态PET膜和纤维结构与性能的影响。

it expatiates the dynamic deformation process of the structure. the dynamic response of ship models and the damage at underwater explosive loading from the strain, acceleration, velocity and displacement, as well as the plastic response is studied.

详细阐述了结构的动态变形过程，从应变，加速度、速度和位移，以及塑性响应等角度研究了船舶模型的动态响应和水下爆炸载荷作用下的损伤。

the kinematically admissible velocity field and strain rate field for extension forging of rounds have been established.

建立了圆坯拔长锻造的运动许可速度场与应变速率场。

objective to analyze the value of quantitative tissue velocity imaging ( qtvi) and strain imaging ( si) in assessing regional myocardial systolic function in patients with hypertrophic cardiomyopathy ( hcm).

目的：分析超声定量组织速度（QTVI）及应变显像技术（SI）评价肥厚型心肌病（HCM）患者局部心肌收缩功能的临床价值。

the water flow velocity measurement in the bowl of ceramic sanitary ware based on strain gauge

卫生洁具水包内流速的应变式测试

The kinematically admissible velocity field and strain rate field extension forging of rounds have been established.

建立了圆坯拔长锻造的运动许可速度场与应变速率场.

Myocardial velocity and strain in systolic and diastolic period, myocardial strain in systolic and early diastolic period in LADA group were significantly lower in comparison with control group ( P 0.01).

LADA组收缩期和舒张期心肌峰值速度、应变率及收缩期、舒张早期心肌应变明显低于对照组（P＜0.01）。

Through the simulations experiments with different initial velocity, we analyse the impact of strain rate on tensile properties, fracture characteristics and fragment number of expanding ring expansion spherical shell.

并通过不同初始速度下圆球壳膨胀碎裂的数值模拟实验，以分析应变率对膨胀球壳冲击拉伸力学性能、碎裂特性和碎片数的影响。

The forging processes of the both kinds of billets were simulated by contrast with FEM and the distributions of their velocity, strain and fibre flown line were gotten.

然后采用有限元方法，对圆柱形和锥台形两种坯料的成形过程进行对比模拟，进一步得到了它们在成形过程中速度场、应变场和金属纤维流线的分布规律。

At the same tensile strain, the power law relationship between band propagating velocity and applied strain rate is also obtained.

得到了在相同应变下，变形带的传播速率和加载应变速率之间的幂律关系。