Article Types

Article types

Research Article

Research Articles are submitted for publication to present completed, original theoretical, computational, or experimental investigations. Each submitted Research Article should contain an abstract and clearly state the novel contributions, physical formulations, and methodological frameworks it introduces. Research Articles are to facilitate the advancement of scientific knowledge, stimulate further investigation, and establish robust foundations for future research. It is not the objective of Research Articles to report minor or incremental modifications, which could easily be incorporated into existing literature frameworks. A Research Article is meant to deliver a comprehensive, self-contained study, providing in-depth analysis and validated results on its specific subject matter. Research Articles will be subject to review by the Editor-in-Chief, an assigned Handling Editor, and additional expert referees. The manuscripts are expected to be thoroughly structured, providing clear formulations, methodology, and conclusions.

Review Articles 

Review Articles are submitted for publication to evaluate and synthesize the existing body of literature on a specific scientific topic. Each submitted Review Article should contain an abstract and clearly define the scope, thematic coverage, and state-of-the-art methodologies it addresses. Review Articles are to facilitate a critical understanding of the field, stimulate scientific discussions, and highlight promising paths for future research. A Review Article is meant to critically analyze competing approaches, clarify open challenges, and provide an objective, overarching perspective on the subject. Review Articles will be subject to review by the Editor-in-Chief, an assigned Handling Editor, and at least two additional expert referees. Review Articles are expected to be comprehensive, balanced, and thoroughly referenced.

Short Communications

Short Communications are submitted for publication to report urgent, highly novel, or breakthrough scientific findings requiring rapid dissemination. Each submitted Short Communication should contain an abstract and clearly state the specific discovery, novel technique, or preliminary results it introduces. Short Communications are to facilitate the prompt sharing of critical developments, stimulate immediate discussion, and accelerate ongoing research in the community. A Short Communication is meant to deliver a focused, high-impact finding with the same technical rigor as a full paper but within a narrower scope. Short Communications will be subject to review by the Editor-in-Chief, an assigned Handling Editor, and at least one additional referee under an expedited evaluation workflow. Short Communications are expected to be concise and to the point as much as possible.

Corrigendum: 

Corrigenda are submitted for publication to correct significant errors or oversights introduced by the original authors in papers previously published in the journal. Each submitted Corrigendum should contain a clear statement identifying the exact paper it refers to (i.e., title, authors, and DOI reference) alongside the precise modifications required. Corrigenda are to facilitate the absolute accuracy and integrity of the published literature, ensure scientific transparency, and prevent the propagation of misleading data or mathematical expressions. It is not the objective of Corrigenda to address minor stylistic issues or routine typos, which do not impact the scientific understanding or conclusions of the original paper. A Corrigendum is meant to rectify technical inaccuracies without invalidating the core findings of the original publication. Corrigenda will be subject to review directly by the Editor-in-Chief and the handling editor who originally treated the article being corrected. Corrigenda are expected to be concise and to the point as much as possible.

Submissions are invited in the following subfields but aren't limited to the same:

• Hydrodynamic stability
• Bifurcation theory
• Wave-wave interactions
• Soliton theory, and pattern formation
• Direct Numerical Simulation (DNS)
• Large Eddy Simulation (LES)
• Transition to turbulence
• Boundary layer flows
• Mixing processes
• Viscoelasticity
• Rheology
• Thixotropic fluids