Abstract
This author investigates the gasdynamics of flows in shock tubes when suspended particles are present in the low-pressure chamber. The numerical computations of the flow employ a modified large particle method to integrate the general closed system of equations of motion for the gaseous suspension with initial and boundary conditions. Charts represent: an example of a computed diagram for a flow in a shock tube whose low pressure chamber is completely filled with suspended solid particles; distributions of the pressure, temperature, and velocities of the gas in the shock tube at various times; calculated oscilloscope traces of the pressure at several points in the shock tube; and the flow pattern in a shock tube whose low pressure chamber is partially filled with particles.
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