The current paper reports one such application for the numerical estimation of the distortions and strains developed in a standard piston gauge leading to the estimation of the effective area and the pressure distortion coefficient up to a pressure of 4 MPa, through the application of finite element analysis (FEA) technique and a comparative analysis of its outcome with the experimentally and theoretically determined values as well as the Monte-Carlo simulation results. Simulation techniques when applied for metrological estimations have recently emerged as a tool for potential improvement in design and performance aspects.
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