2011Unpublished venueRequires access

Design of a PI controller with Anti-reset wind up for a Wind Tunnel

Rini Jones

Open publisher page 3 citations

Abstract

tunnel is a test facility used to simulate the flight conditions. It allows us to make a reusable prototype and test it in the tunnel in low cost. Hypersonic wind tunnels operate at hypersonic speeds ie, with a mach number greater than 6. For doing experiments, it is necessary to maintain a constant pressure in the settling chamber of the tunnel so that we get the desired mach number and mass flow rate at the nozzle output. Here, a PI controller with anti reset wind up is designed and the pressure of hypersonic intermittent blow down type wind tunnel is controlled.

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What this paper is about

tunnel is a test facility used to simulate the flight conditions. It allows us to make a reusable prototype and test it in the tunnel in low cost. Hypersonic wind tunnels operate at hypersonic speeds ie, with a mach number greater than 6. For doing experiments, it is necessary to maintain a constant pressure in the settling chamber of the tunnel so that we get the desired mach number and mass flow rate at the nozzle output. Here, a PI controller with anti reset wind up is designed and the pressure of hypersonic intermittent blow down type wind tunnel is controlled.

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OpenAlex reports 3 citations for this work. Citation counts describe recorded attention and do not establish research quality.

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Available abstract

tunnel is a test facility used to simulate the flight conditions. It allows us to make a reusable prototype and test it in the tunnel in low cost. Hypersonic wind tunnels operate at hypersonic speeds ie, with a mach number greater than 6. For doing experiments, it is necessary to maintain a constant pressure in the settling chamber of the tunnel so that we get the desired mach number and mass flow rate at the nozzle output. Here, a PI controller with anti reset wind up is designed and the pressure of hypersonic intermittent blow down type wind tunnel is controlled.

Key concepts: Hypersonic wind tunnel, Wind tunnel, Hypersonic speed, Mach number, Supersonic wind tunnel, Nozzle, Expansion tunnel, Aerospace engineering

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