For many practical cases, such as gas-wall interactions, molecular dynamics simulations are aperfect tool. Here we use such molecular dynamics simulation to study the micro heat transfer ofgas in a nanochannel. However, to study larger microchannels molecular dynamics iscomputationally too expensive. Within the GASMEMS project, firstly an efficient parallel code willbe developed and a method for modeling complex wall geometries will be developed. Furthermore,a hybrid method with other particle based methods, like Monte Carlo method or with Continuummethods will be studied
We present a hybrid simulation method combining Molecular Dynamics (MO) and Monte Carlo (Mc) simulat...
As evaporation occurs in microchannels, most heat transfer takes place in the region where the evapo...
In this research, local, convective cooling by integrated micro- and nanochannels is studied. In suc...
For many practical cases, such as gas-wall interactions, molecular dynamics simulations are aperfect...
There is a tendency to cool mechanical and electrical components by microchannels. When the channel ...
There is a tendency to cool mechanical and electrical components by microchannels. When the channel ...
The thermal behavior of a gas confined between two parallel walls is investigated. Wall effects such...
There is a tendency to cool mechanical and electrical components by microchannels. When the channel ...
The thermal behavior of a gas confined between two parallel walls is investigated. Wall effects like...
We present a hybrid simulation method combining Molecular Dynamics (MO) and Monte Carlo (Mc) simulat...
As evaporation occurs in microchannels, most heat transfer takes place in the region where the evapo...
In this research, local, convective cooling by integrated micro- and nanochannels is studied. In suc...
For many practical cases, such as gas-wall interactions, molecular dynamics simulations are aperfect...
There is a tendency to cool mechanical and electrical components by microchannels. When the channel ...
There is a tendency to cool mechanical and electrical components by microchannels. When the channel ...
The thermal behavior of a gas confined between two parallel walls is investigated. Wall effects such...
There is a tendency to cool mechanical and electrical components by microchannels. When the channel ...
The thermal behavior of a gas confined between two parallel walls is investigated. Wall effects like...
We present a hybrid simulation method combining Molecular Dynamics (MO) and Monte Carlo (Mc) simulat...
As evaporation occurs in microchannels, most heat transfer takes place in the region where the evapo...
In this research, local, convective cooling by integrated micro- and nanochannels is studied. In suc...