Suad Jakirlic

Professor, research group leader, academic director

Technische Universität Darmstadt

Germany

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Suad Jakirlic is a Professor and research group leader at the Technical University of Darmstadt, Germany. As an academic director, he focuses on advanced modeling techniques in fluid dynamics and heat transfer, as evidenced by his recent articles on Reynolds stress modeling, Large Eddy Simulation, and turbulence dynamics. His work encompasses a range of applications, including particle-laden flows and the behavior of jets in various configurations.

Suad Jakirlic

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Articles (17)

Curvature influence on flow and heat transfer in a concentric annulus: Conventional and sensitized Reynolds stress modeling study

Eddy-resolving Reynolds stress modeling of particle-laden flows using a multiphase Euler–Lagrange approach

Large Eddy Simulation of the Piston Boundary Layer Evolution During the Compression Stroke in a Motored Internal Combustion Engine

Sensitized Reynolds stress modeling of a bubbly jet emerging into a water cross-flow

Characterization of near-wall flow and in-cylinder free-stream turbulence during the intake phase of a direct-injection engine: A flow bench study

Flow and thermal fields modeling in jet impingement configurations using a Reynolds stress turbulence closure within the RANS and Sensitized-RANS framework

Eddy-resolving Reynolds-stress modelling of thermal mixing in cross-stream type T-junction configurations

Stability characteristics of the spiral Poiseuille flow induced by inner or outer wall rotation

Secondary flow and thermal field dynamics in a T-junction with an upstream elbow: A POD-aided, eddy-sensitized Reynolds-stress modeling study

LES-based vortical flow characterization in a 90°-turned pipe bend

LES-based vortical flow characterization in a 90 degrees-turned pipe bend

LES-Predicted Flow Patterning in a Newly-Designed Reference Test Sample with Relevance to IC Engine-Related Cooling Channels

Non-equilibrium wall functions for large Eddy simulations of complex turbulent flows and heat transfer

Turbulent flow in a square cross-sectioned bubble column computed by a scale-resolving Reynolds-stress model

Tribute to Thomas B. Gatski

Leading edge vortex formation and detachment on a flat plate undergoing simultaneous pitching and plunging motion: Experimental and computational study

Analysis of the wall shear stress in a generic aneurysm under pulsating and transitional flow conditions

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