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期刊论文
NUMERICAL SIMULATION OF CONVECTION DEPTH IN SHEAR CELL UNDER MICROGRAVITY
Adv. Space Rex Vol. 24, No.10, pp. 1321-1324, 199，-0001，（）：
By applying the idea of an isotope trace experiment, the concept of isotope trace in hydrodynamics simulation is proposed. The isotope concentration is conceived as a numerical marker to trace the convection and estimate numerically the convection depth due to shearing in shear cell under microgravity. Two different shearing rates, 2mm/s and 20mm/s, are investigated, and results demonstrate that the isotope depths are same for both cases at the termination of shearing, but the effect of residual flow field after shearing is different.
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