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The maximum values of the temperature fields and stress-strain state are calculated for various configurations of the outlet window membrane of the LUE-200 accelera-tor with assessing uncertainties in input data. The ther-momechanical parameters are estimated by simulating the electron beam pulsed action mode on the membrane in the computational models based on the mathematical description of the most significant physical processes. The obtained numerical modelling results demonstrated thedoi:10.18429/jacow-rupac2021-wepsc06 fatcat:wvle34ohz5gydefjd7ynqtpbha