Krikunov D. Mathematical models for exploitation temperature monitoring of GTE parts in resource depletion systems

Object - the temperature station of GTE parts in stationary and nonstationary working conditions; the purpose - increase of GTE parts temperature monitoring accuracy; methods - mathematical simulation; novelty - based on integral equation technique methods, mathematical models and algorithms for solution of GTE parts temperature monitoring stationary and nonstationary problems; improved technique for steady state heat transfer monitoring problems with linear-scaled convection boundary conditions; the calculation effectiveness of monitoring methods and procedures are estimated; the results - the procedures of engine parts temperature monitoring are created for automated resource depletion account systems of aviation GTE. Branch of production - GTE-building and heat-and-power machine-building.