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    Detailed Investigation of Flow and Thermal Field in Micro/Nano Nozzle using Simplified Bernoulli Trial (SBT) collision Scheme in DSMC 

    Type: Journal Paper
    Author : سید علی سعادتی; احسان روحی گل خطمی; Seyed Ali Saadati; Ehsan Roohi
    Year: 2015
    Abstract:

    Flow regimes through micro/nano nozzles experience the continuum behavior as well as the rarefied condition. The occurrence of broad rarefaction regimes due to unique geometry/flow conditions makes the particle-based ...

    Improving the Computational Efficiency of the DSMC Simulation of Micro/Nano Nozzles Flows Using Simplified Bernoulli-Trials Algorithm 

    Type: Conference Paper
    Author : سید علی سعادتی; احسان روحی گل خطمی; Seyed Ali Saadati; Ehsan Roohi
    Year: 2014
    Abstract:

    In this paper rarefied gas flow through micro/nano nozzles is considered with the aim of reducing the computational costs. The motivation is to obtain the same accuracy with lower "Particle Per Cell" (PPC) in the direct ...

    Investigation of Nano Nozzle Flows using Direct Simulation Monte Carlo 

    Type: Conference Paper
    Author : سید علی سعادتی; احسان روحی گل خطمی; Seyed Ali Saadati; Ehsan Roohi
    Year: 2015
    Abstract:

    The aim of the current work is to simulate nanonozzle flows using Simplified Bernoulli-Trials collision algorithm in the dsmcfoamstrath solver of OpenFoam. In this test, the inlet Knudsen number, pressure ratio and wall ...

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