A solution of the heat conduction equation
Δu = [superscript 1]/[subscript k] [superscript αu]/[subscript αt] is found for the case of a rectangular parallelepiped, when an initial
temperature distribution is prescribed under certain conditions of the
boundaries. Two cases are considered, the isothermic and the
adiabatic. The problem is solved...
The effect of a time harmonic electric source ring placed
axially symmetric between the walls of a double conical structure of
finite slant height is investigated. The bases of the conical structures
are spherical caps of radii equal to the slant height.
The Green's function for ideally conducting walls is...