Engineering topics
Publications and source records attributed to Hayday, A. A..
The kinetic theory of turbulent flow is employed to estimate an upper bound on the production rates of the lasing species in a free turbulent mixing layer. The maximum production rate is found to be about one third to one half of that predicted by a flame-sheet theory. The effects of turbulence scale and energy on the overall reaction rates are discussed and the gross structure of the combustion zone is determined.
Mathematical model for heterogeneous continua, discussing kinematical definitions, conservation principles, thermodynamics
Balance equations for heterogeneous continua - substances consisting of many distinct, possibly interacting constituents derived from classical continuum physics viewpoint
Forced convective heat transfer from isothermal and nonisothermal uniformly spinning bodies of revolution obtained by similar flow analysis
Derivation of equations for heterogeneous continua substances consisting of distinct constituents
Similar flows about axisymmetric bodies rotating in fluid at rest
Forced convective heat transfer from isothermal and nonisothermal uniformly spinning bodies of revolution obtained by similar flow analysis