The Russian Institute of Central Air Fluid Dynamics in Zhukovsky, Russia, simulated the parameters of the hypersonic landing of the Russian and Russian joint Mars mission ExoMars2020 in the Martian atmosphere in the wind tunnel. The researchers conducted a comparative analysis of the calculated and simulated experimental data, and made a good prediction of the aerodynamic characteristics of the landing cabin DM-20 under the conditions of the Martian atmosphere.
The director of the institute, Kiril Sepalo, a member of the Russian Academy of Sciences, said that in order to complete the simulation test, the researchers specially designed and manufactured the weight model and thermal model of the landing cabin.
It is reported that the Russian-European joint Mars mission was originally scheduled to start on July 25, 2020. The landing Mars mission is scheduled for March 2021, and the landing position is the Mars Oxshire Plain.
ExoMars Mars is the first Mars life search project in Russia and the European Union. The first phase of the mission consisted of the European Orbital Detector (TGO) and two Russian scientific instruments. ExoMars2020 is the second phase of the ExoMars Mars mission, which will consist of a Russian landing platform and a European Mars rover with 11 Russian instruments installed on the landing platform and 2 The European instrument, the Mars rover, contains 7 EU equipment and 2 Russian equipment.
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