1.
Reynolds Stress Model and Its Helioseismological Testing;
恒星对流的Reynolds应力模型及其日震学检验
2.
From this solution, velocity profiles, pressure and wall shearing stresses along the tube as well as the critical Reynolds number required for the separation of the flow are determined.
从此解,决定了速度剖面、压力和沿管壁的剪应力,也决定了流动分离的临界Reynolds数。
3.
KINETIC ANALYSIS OF THE FLOW PAST A FLAT PLATE AT MODERATE REYNOLDS NUMBERS
中等Reynolds数平板绕流的动理论分析
4.
SCALING FOR TURBULENT BOUNDARY LAYER IN HIGH REYNOLDS NUMBER
高Reynolds数下湍流边界层的尺度律
5.
SIMULATIONS OF HIGH REYNOLDS NUMBER FLUID FLOW BASED ON ENTROPIC BOLTZMANN METHOD
熵格子Boltzmann方法模拟高Reynolds数流动
6.
LBM simulations of wake vortex patterns at low Reynolds numbers behind a row of square cylinders
低Reynolds数下单排方柱绕流尾迹涡型的LBM模拟
7.
Numerical simulation of flow around two side-by-side circular cylinders at low Reynolds numbers by a POD-Galerkin spectral method
低Reynolds数横向排列双圆柱绕流的POD-Galerkin谱方法数值模拟
8.
temperature-stress-strain diagram
温度-应力-应变图
9.
stress due to prestress
因预应力引起的应力
10.
crippling stress
临界应力, 断裂应力
11.
motor meter (electrical supply)
电动式电力表（电力供应）
12.
elastodynamic stress-intensity factor
弹性动力应力强度因数
13.
stress-controlled direct shear apparatus
应力控制式直接剪力仪
14.
A positive-stress component means tension.
正应力分量表示拉力。
15.
You should try to exercise patience.
你应当努力运用忍耐力。
16.
current meter (electrical supply)
电流（电力供应）表
17.
pre-stressed glass
预(加)应力(的)玻璃
18.
stress-formation diagram
胁强[应力]-形变图