This study was co-supported by the Innovative Research Groups of the National Natural Science Foundation of China(No.T2221002).
The plume divergence angle is an important reference index for evaluating the thrust efficiency and propellant utilization of space propulsion systems.However,the characteristics of the dynamic variation of plume dive...
financial supports for this project from the National Science and Technology Major Project of China(No.J2019-III-0009-0053)。
To address deeper understandings about the aero-thermal performance of an integrating infrared suppressor under more realistic situations,a numerical investigation is motivated in the current study,concerning the effe...
co-supported by the National Natural Science Foundation of China (Nos. 51376065 and 51176052);Guangdong Key Scientific Project (No. 2013B010405004)
This study seeks to determine the similarities in plume radiation between reduced and full-scale solid rocket models in ground test conditions through investigation of flow and radiation for a series of scale ratios r...
NSF-DMS-0914706;the Research Enhancement Awards from the New Mexico Space Grants;NSF-CBET-0854411
This paper presents a gaskinetic study on high-speed, highly rarefied jets expanding into a vacuum from a cluster of planar or annular exits. Based on the corresponding exact expressions for a planar or annular jet, i...
supported by the "Tanyue" Period Two Research Projects
During the second period of China "Tanyue" Project, the explorer will softland on the moon. The cushion engines are used to decelerate the explorer and reduce the impact on the lunar ground. It is necessary to study...