This paper is devoted to analysing the friction factor for incompressible rarefied gas flow through microchannels. A theoretical investigation is conducted in order to underline the conditions for experimentally evidencing rarefaction effects on the pressure drop. It is demonstrated that for a fixed geometry of the microchannel cross-section, it is possible to calculate the minimum value of the Knudsen number for which the rarefaction effects can be observed experimentally, taking into account the uncertainties related to evaluation of the friction factor
This paper presents an experimental study of rarefied gas flow in a trapezoidal microchannel with a ...
Microfluidic devices are used today in many engineering applications. However, despite much progress...
A two-dimensional flow and heat transfer model is used to study gas compressibility and rarefaction ...
This paper is devoted to analyzing the friction factor for incompressible rarefied gas flow through ...
This paper is devoted to analyzing the friction factor for incompressible rarefied gas flow through ...
This paper is devoted to analyzing the friction factor for incompressible rarefied gas flow through ...
This paper is devoted to analyzing the friction factor for incompressible rarefied gas flow through ...
This paper is devoted to analyzing the friction factor for incompressible rarefied gas flow through ...
none3This paper is devoted to analyzing the friction factor for incompressible rarefied gas flow thr...
The microfluidic devices are today used in many engineering applications. However, despite much pro...
The microfluidic devices are today used in many engineering applications. However, despite much pro...
The microfluidic devices are today used in many engineering applications. However, despite much pro...
This paper is aimed at investigating the hydrodynamic entrance region of microchannels, within the s...
Microfluidic devices are used today in many engineering applications. However, despite much progress...
Microfluidic devices are used today in many engineering applications. However, despite much progress...
This paper presents an experimental study of rarefied gas flow in a trapezoidal microchannel with a ...
Microfluidic devices are used today in many engineering applications. However, despite much progress...
A two-dimensional flow and heat transfer model is used to study gas compressibility and rarefaction ...
This paper is devoted to analyzing the friction factor for incompressible rarefied gas flow through ...
This paper is devoted to analyzing the friction factor for incompressible rarefied gas flow through ...
This paper is devoted to analyzing the friction factor for incompressible rarefied gas flow through ...
This paper is devoted to analyzing the friction factor for incompressible rarefied gas flow through ...
This paper is devoted to analyzing the friction factor for incompressible rarefied gas flow through ...
none3This paper is devoted to analyzing the friction factor for incompressible rarefied gas flow thr...
The microfluidic devices are today used in many engineering applications. However, despite much pro...
The microfluidic devices are today used in many engineering applications. However, despite much pro...
The microfluidic devices are today used in many engineering applications. However, despite much pro...
This paper is aimed at investigating the hydrodynamic entrance region of microchannels, within the s...
Microfluidic devices are used today in many engineering applications. However, despite much progress...
Microfluidic devices are used today in many engineering applications. However, despite much progress...
This paper presents an experimental study of rarefied gas flow in a trapezoidal microchannel with a ...
Microfluidic devices are used today in many engineering applications. However, despite much progress...
A two-dimensional flow and heat transfer model is used to study gas compressibility and rarefaction ...