Hassan Akhlaghi received the B.Sc. (2007) and M.Sc. (2010) degrees from Sharif University of Technology in Aerospace Engineering (Aerodynamics). He is working on rarefied gas simulations using Direct Simulation Monte Carlo (DSMC) method. He has focused on gas-surface heat transfer behaviour of rarefied gas. He developed a new numerical technique named Iterative Technique for specifying desired heat flux distribution over the wall in DSMC method. Based on this technique he studied thermal behaviour of rarefied gas under thermal non-equilibrium conditions. Currently he is working on improvement of Iterative Technique and viscous shear works in rarefied gaseous flows.

Mass flow rate as a function of wall heat flux under different rarefactions for microscale Poiseuille flow [Akhlaghi et al., Physics of Fluids (2014)]

Mass flow rate prediction of temperature-driven flows through micro-/nanochannels [Akhlaghi et al., Applied Physics Letters (2014)]

Thermal mass flow rate prediction of microscale Poiseuille flow under linear wall temperature distribution [Akhlaghi and Roohi, Continuum Mechanics and Thermodynamics (2014)]

Shock configurations at different wall thermal conditions for supersonic flow through microchannel [Akhlaghi et al., Physica Scripta (2013)]

Thermodynamic behaviour of micro-/nanoscale Poisuille flow under liner wall temperature distribution [Akhlaghi et al., Applied Physics Letters (2013)]

Effect of number of particles on convergence of Iterative Technique for microscale Poiseuille flow [Akhlaghi et al., International Journal of Thermal Science (2012)]

Hypersonic flow over the cylinder under uniform wall temperature (lower) and uniform wall heat flux (upper) conditions