A polynomial expansion procedure and the ADO (analytical discrete-ordinates) method are
used to solve a collection of basic flow problems based on the linearized Boltzmann …

A symmetric relation of macroscopic quantities between two different steady problems of the
linearized Boltzmann equation is derived. A few applications to half-space problems are …

The drag force on a sphere in an isothermal binary mixture of rarefied gases is calculated on
the basis of the McCormack model for the linearized Boltzmann equation. The diffuse …

Steady one-dimensional flows of a binary mixture of hard sphere gases in the presence of
an absorbing planar wall are studied by numerical solutions of two coupled Boltzmann …

The half-space problem of evaporation and condensation of a binary mixture of vapors is
investigated on the basis of the kinetic theory of gases. Assuming the Mach number of the …

The behavior of a slightly rarefied monatomic gas between two parallel plates whose
temperature grows slowly and linearly in time is investigated on the basis of the kinetic …

An analytical version of the discrete-ordinates method (the ADO method) is used with
recently reported analytical forms for the rigid-sphere scattering kernels to establish a …

Neste trabalho, o fenômeno de evaporação em gases rarefeitos e analisado, para o caso de
uma espécie de gás bem como de misturas binárias. Evaporação fraca e forte são …

Fluid flows in small systems become increasingly important in various applications such as
micromechanical systems. The present article focuses its attention on internal rarefied gas …