Rarefied gas flow through a slit. Influence of the boundary condition
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Publication:4425483
DOI10.1063/1.868834zbMath1023.76580OpenAlexW1987074053MaRDI QIDQ4425483
Publication date: 18 November 2003
Published in: Physics of Fluids (Search for Journal in Brave)
Full work available at URL: https://doi.org/10.1063/1.868834
Related Items (10)
Cubic Fokker-Planck method for rarefied monatomic gas flow through a slit and an orifice ⋮ Numerical modeling of rarefied gas flow through a slit into vacuum based on the kinetic equation ⋮ Validity range of linear kinetic modeling in rarefied pressure driven single gas flows through circular capillaries ⋮ Rarefied gas flow through a thin slit at an arbitrary pressure ratio ⋮ Numerical modelling of rarefied gas flow through a slit at arbitrary pressure ratio based on the kinetic equation ⋮ Comparison of the numerical solutions of the full Boltzmann and S-model kinetic equations for gas flow through a slit ⋮ Rarefied gas flow through a cylindrical tube due to a small pressure difference ⋮ Nonlinear Knudsen boundary layer on an infinitely thin permeable membrane ⋮ Formulation and Stability Analysis of Rapidly Convergent Iteration Schemes for the 2‐D Linearized BGK Equation ⋮ Non-isothermal rarefied gas flow through a slit
Cites Work
- On optimization of the discrete velocity method used in rarefied gas dynamics
- Orifice flow at high Knudsen numbers
- Rarefied gas flow through a slit
- Numerical analysis of the Poiseuille and thermal transpiration flows between two parallel plates on the basis of the Boltzmann equation for hard-sphere molecules
- Gaskinetics and gasdynamics of orifice flow
- Gaseous mixture slit flow at intermediate Knudsen numbers
- Some numerical results for the BGK model: Thermal creep and viscous slip problems with arbitrary accomodation at the surface
- Mass flow through a circular orifice and a two-dimensional slit at high Knudsen numbers
- Mass flow rate for nearly-free molecular slit flow
- Nearly Free Flow through an Orifice
- A Model for Collision Processes in Gases. I. Small Amplitude Processes in Charged and Neutral One-Component Systems
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