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In this study the analysis of temperature distribution in the wet cylinder sleeve in the initial phase of the work of turbocharged engine in nonstationary state were determined. The computations were performed by means of the two-zone combustion model, the boundary conditions of III kind and the finite elements method (FEM) by using of COSMOS/M program. The characteristic surfaces of the cylinder were analyzed. The results of numeric calculations displayed the possibility of the use of thedoaj:7f36f61dd3324846ad484f23574ecd93 fatcat:cmxs7mgp6bblnclwm6wd36xz7a