Sharif Digital Repository

Turbulent decaying swirling flow in a pipe

Author

Aghakashi, V.

Publisher

Begell House Inc,

Pub. Year

2018

Subjects

Integral scheme. / Nusselt number. / Swirling flow. / Thermal boundary layer. / Boundary layer flow. / Boundary layers. / Heat transfer coefficients. / Nusselt number. / Prandtl number. / Reynolds number. / Runge Kutta methods. / Swirling flow. / Vortex flow. / Governing equations. / Heat transfer characteristics. / Heat transfer rate. / Integral scheme. / Runge-kutta schemes. / Tangential velocity component. / Thermal boundary layer. / Transfer parameters. / Atmospheric thermodynamics.

Numerical analysis of coherent structures in bidirectional swirl combustion chamber

Author

Aghakashi, V.

Publisher

Begell House Inc

Pub. Year

2016

Subjects

Bidirectional swirl combustor. / Swirl flow. / Swirl intensity. / Vortex chamber. / Combustion chambers. / Combustors. / Fluid mechanics. / Storms. / Coherent structure. / Swirl combustor. / Swirl flow. / Swirl intensity. / Vortex chambers. / Vortex flow.

Analysis of temperature distribution over a gas turbine shaft exposed to a swirl combustor flue

Author

Aghakashi, V.

Pub. Year

2010

Subjects

Angular flux. / Axial positions. / Chamber walls. / Combustion efficiencies. / Commercial software. / Effect of parameters. / Energy release. / Equivalence ratios. / Fuel feeding system. / Gas-turbine combustion. / Heat Release Rate (HRR) / High temperature. / K-type thermocouples. / Linear momenta. / Low weight. / Mass flow rate. / Nozzle radius. / Numerical solution. / Swirl combustor. / Swirl flow. / Swirl numbers. / Temperature fluctuation. / Combustors. / Gas turbines. / Heat transfer. / Temperature distribution. / Thermocouples. / Vortex flow. / Combustion chambers.

Temperature distribution on a gas turbine shaft exposed to swirl combustor flue

Author

Aghakashi, V.

Pub. Year

2015

Subjects

Combustion. / Combustion chambers. / Combustors. / Computational fluid dynamics. / Computer software. / Gas turbines. / Gases. / Heat transfer. / Numerical models. / Open source software. / Open systems. / Reynolds number. / Vortex flow. / Combustion efficiencies. / Computational Fluid Dynamics software. / Equivalence ratios. / Fuel feeding system. / Gas-turbine combustion. / Heat Release Rate (HRR) / High temperature. / Numerical solution. / Turbine components.

Morphology of nanodroplets on structured surfaces

Author

Vahid, A.

Pub. Year

2013

Subjects

Coating layer. / Disjoining pressures. / Droplet sizes. / Liquid volume. / Nano-droplets. / Structured surfaces. / Topographical features. / Substrates. / Morphology.