About ICCACFD 2024

The objective of this International Conference is to bring together academicians, researchers, and leading scientists to exchange innovative ideas, methods, results, and discuss on recent developments related to complex analysis and computational fluid dynamics. Complex analysis provides a solid foundation for understanding the mathematical aspects of CFD, leading to more accurate and reliable simulations. Complex analysis techniques are often used to solve problems and analyze flow patterns involving complex, nonlinear equations and boundary value problems in CFD. The mathematical tools and insights of complex analysis can significantly enhance the accuracy, efficiency, and understanding CFD simulations making it a valuable field for interdisciplinary research area. By bringing researchers from these areas together, this conference can facilitate discussions on novel approaches, solutions to challenging CFD problems, collaborations, exchange of knowledge and encourage interdisciplinary research.

Submission Guidelines

ICCACFD 2024 invites you to submit unpublished original research papers on Complex Analysis and Computational Fluid Dynamics. The Conference focuses on the following research areas (but not limited to)

Complex Analysis: Univalent Function Theory, Quasi conformal Mappings, Harmonic Mappings, Several Complex Variables, Geometric Function Theory, Special Functions, Complex Dynamics.

Computational Fluid Dynamics: Complex Fluid Flow, Algorithm and Numerical Scheme, Mesh-free and Cartesian methods, High Performance Parallel Com puting, High Speed Flows, Unsteady/Steady Flows, CPU/GPU Computing, LES and DNS, Computational Heat and Fluid Flow, Transition and Instability, Analytical/Semi-analytical Methods, Microfluidics, AI & ML in CFD Simulations and Emerging areas of CFD.

Visit website for abstract/paper  submission

List of Topics

• Univalent Function Theory
•  Quasi-conformal Mappings
•  Harmonic Mappings
•  Several Complex Variables
•  Geometric Function Theory
•  Special Functions
•  Complex Dynamics
• Complex Fluid Flow
•  Algorithm and Numerical Scheme
•  Mesh-free and Cartesian methods
• High Performance Parallel Com puting
•  High Speed Flows
•  Unsteady/Steady Flows
•  CPU/GPU Computing
•  LES and DNS
•  Computational Heat and Fluid Flow
•  Transition and Instability
•  Analytical/Semi-analytical Methods
•  Microfluidics
•  AI & ML in CFD Simulations
•  Emerging areas of CFD

Committees

Program Committee

• Dr. Ranjan Kumar Nayak (Convener)
• Dr. Manas Ranjan Mohapatra (Convener) 

Organizing committee

• Prof. Achyuta Samanta (Chief Patron)
• Prof. Saranjit Singh      (Patron)
• Prof. Jnyana Ranjan Mohanty(Patron)

Invited Speakers

• Prof. Prashant Dutta	Wasington State University, Wasington, USA
  Prof. Vesna P. Todorcevic	University of Belgrade, Serbia
  Prof. Saminathan Ponnusamy	IIT Madras
  Prof. Somnath Bhattacharya	IIT Kharagpur
  Prof. Swadesh Kumar Sahoo	IIT Indore
  Prof. G. D  Veerappa Gowda	TIFR (CAM)Bangalore
  Prof. Sushil Gorai	IISER Kolkata
  Prof. Vasudev Rao Allu	IIT Bhubaneswar
  Prof. Bappaditya Bhowmik	IIT Kharagpur
  Prof. Sairam Kaliraj	IIT Roopar
  Prof. Sanjeev Singh	IIT Indore
  Prof. P. Muthukumar	IIT Kanpur
  Prof. Sanyasiraju V.S.S	IIT Madras
  Prof. TVS Sekhar	IIT Bhubaneswar
  Prof. K. C. Sahoo	IIT Hyderabad
  Prof . Ameeya Nayak	IIT Roorkee
  Prof. Manoranjan Mishra	IIT Ropar
  Prof. Rajendra K Ray	IIT Mandi
  Prof. G. C. Layek	University of Burdwan, West Bengal, India

Publication

ICCACFD 2024 proceedings will be published in SCOPUS indexed Proceedings and some of the selected papers will be published in SCI indexed Journal

after peer review process 

Venue

The conference will be held in KIIT Deemed to be University, Bhubaneswar, Odisha, India.

Contact

All questions about submissions should be emailed to : iccacfd2024@gmail.com