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Theoretical and Computational Fluid Dynamics

Theoretical and Computational Fluid Dynamics OnlineFirst articles

10.08.2019 | Original Article

Global thermoacoustic oscillations in a thermally driven pulse tube

We obtain linearized, BiGlobal thermoacoustic solutions in a pulse tube driven via an imposed mean temperature gradient. Here, the pulse tube is treated as a key unit of a thermoacoustic heat engine, in which the conversion of thermal energy to …

05.08.2019 | Original Article

Drag reduction on the 25 Ahmed body using a new zero-net-mass-flux flow control method

Periodic-forcing jets are applied to form a zero-net-mass-flux actuator for active flow control study on the $$25^{\circ }$$ 25 ∘ Ahmed body. Unlike traditional synthetic jet, this new proposed zero-net-mass-flux actuator has managed to divide the …

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Theoretical and Computational Fluid Dynamics provides a forum for the cross-fertilization of ideas, tools and techniques across all disciplines in which fluid flow plays a role, such as: aeronautical sciences, geophysical and environmental sciences, life sciences and materials sciences.

Of particular interest are papers that unravel complex flow physics through combined computational and experimental efforts or through a fundamental theoretical analysis that complements computational work.

The journal publishes scholarly research papers, invited review articles, brief communications, letters and comments on previously published papers. It addresses scientists, engineers and applied mathematicians working in all fields concerned with fundamental aspects of fluid flow.

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