Nonstationary one-dimensional problem of heat conduction for a cylinder with a thin multilayer coating

Abstract

On the basis of an analytic solution of the one-dimensional problem of heat conduction for a cylinder with a thin multilayer coating obtained using generalized boundary conditions, we perform an investigation and determine the regularities of the thermal process in the body and the coating in heating by an external medium.

Effect of Incomplete Replacement of Cr for Cu in the Deposited Alloy of Fe–C–Cr–B–Ti Alloying System with a Medium Boron Content (0.5% wt.) on its Corrosion Resistance

“…The strategy of coatings development includes not only the choice of component composition and methods of application, but also the evaluation of the discrete atomic structure of the crystal lattice of materials [50,51], corrosion and electrochemical properties [52][53][54] and stress-strain state to predict the bearing capacity. Methods for the layered coatings behaviour are subject to development under an influence of local loads [55][56][57] and non-stationary thermopower factors [58][59][60]. Engineering approaches for coatings and patches influence on the boundary balance of cracked plates [61][62][63] and shells [64][65][66] are worth of attention.…”

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“…The strategy of coatings development includes not only the choice of component composition and methods of application, but also the evaluation of the discrete atomic structure of the crystal lattice of materials [50,51], corrosion and electrochemical properties [52][53][54] and stress-strain state to predict the bearing capacity. Methods for the layered coatings behaviour are subject to development under an influence of local loads [55][56][57] and non-stationary thermopower factors [58][59][60]. Engineering approaches for coatings and patches influence on the boundary balance of cracked plates [61][62][63] and shells [64][65][66] are worth of attention.…”