Basic concepts of rarefied gas dynamics are given in a concise form. Some problems of rarefied gas flows are considered, namely, calculations of velocity slip and temperature jump coefficients, gas flow through a tube due to pressure and temperature gradients, and gas flow through a thin orifice. Results on the two last problems are given over the whole range of gas rarefaction. A methodology for modelling the Holweck pump is described. An extensive list of publications on these topics is given
A model is developed for rarefied gas flow in long microtubes with different inlet-outlet pressure r...
© 2013 Dr. Jason NassiosClassical continuum theory provides a rigorous framework for studying a dive...
Various engineering problems imply rarefied gas flows that rely in the transition and free molecula...
An approach to the kinetic theory of gas flows is developed which starts with Maxwell's original int...
An approach to the kinetic theory of gas flows is developed which starts with Maxwell's original int...
Using the direct simulation Monte Carlo direct method, rarefied gas flow into a vacuum through a lin...
An approach to the kinetic theory of gas flows is developed which starts with Maxwell's original int...
This book elucidates the methods of molecular gas dynamics or rarefied gas dynamics which treat the ...
In any real fluid motion there exists regions in space-time in which the fluid is far from thermody...
In any real fluid motion there exists regions in space-time in which the fluid is far from thermody...
In any real fluid motion there exists regions in space-time in which the fluid is far from thermody...
This book elucidates the methods of molecular gas dynamics or rarefied gas dynamics which treat the ...
A model is developed for rarefied gas flow in long microtubes with different inlet-outlet pressure r...
A model is developed for rarefied gas flow in long microtubes with different inlet-outlet pressure r...
A model is developed for rarefied gas flow in long microtubes with different inlet-outlet pressure r...
A model is developed for rarefied gas flow in long microtubes with different inlet-outlet pressure r...
© 2013 Dr. Jason NassiosClassical continuum theory provides a rigorous framework for studying a dive...
Various engineering problems imply rarefied gas flows that rely in the transition and free molecula...
An approach to the kinetic theory of gas flows is developed which starts with Maxwell's original int...
An approach to the kinetic theory of gas flows is developed which starts with Maxwell's original int...
Using the direct simulation Monte Carlo direct method, rarefied gas flow into a vacuum through a lin...
An approach to the kinetic theory of gas flows is developed which starts with Maxwell's original int...
This book elucidates the methods of molecular gas dynamics or rarefied gas dynamics which treat the ...
In any real fluid motion there exists regions in space-time in which the fluid is far from thermody...
In any real fluid motion there exists regions in space-time in which the fluid is far from thermody...
In any real fluid motion there exists regions in space-time in which the fluid is far from thermody...
This book elucidates the methods of molecular gas dynamics or rarefied gas dynamics which treat the ...
A model is developed for rarefied gas flow in long microtubes with different inlet-outlet pressure r...
A model is developed for rarefied gas flow in long microtubes with different inlet-outlet pressure r...
A model is developed for rarefied gas flow in long microtubes with different inlet-outlet pressure r...
A model is developed for rarefied gas flow in long microtubes with different inlet-outlet pressure r...
© 2013 Dr. Jason NassiosClassical continuum theory provides a rigorous framework for studying a dive...
Various engineering problems imply rarefied gas flows that rely in the transition and free molecula...