ICRTACM 2022, REVA University

 (Current status: Galley proofs are being sent to the corresponding author(s)).

3rd International Conference on Recent Trends in Applied and Computational Mathematics (ICRTACM-2022)
Organised by: School of Applied Sciences, Department of Mathematics, Reva University, Bangaluru, India Date: 10th & 11th October, 2022

The following articles have been accepted and scheduled for publication in the Special issue of ICRTACM-2022

  1. Linear and nonlinear analysis of Rayleigh Benard convection in a micropolar fluid occupying enclosures
    with realistic boundaries (016)
  2. Some Bounds On a-Analogue Atom Bond Connectivity Related Indices (013)
  3. Roman domination in the shadow distance graphs (096)
  4. Couple Stress Fluid Flow in A Doubly Connected Region Bounded by Elliptic Cylinders (093)
  5. Linear study of Ferromagnetic convection in nanofluids under the effect of variable viscosity (113)
  6. Fixed Points of Meromorphic Functions Concerning Exponential and Linear Difference Polynomials (026)
  7. Effect of Micropolar fluid to study the characteristics of squeeze film between porous curved annular plates (023)
  8. Unsteady Diffusive Mass transfer in a Follicle Modelled as an Annular Region (080)
  9. Independent Domination Degree of Standard Graphs of Adriatic (a,b)-KA Indices (049)
  10. An Approach to Estimate the Parameters of Aiba-Edward Growth Model Using the Growth of Escherichia Coli (028)
  11. Star rainbow coloring in graphs (70)
  12. Effect of Couple Stresses on Peristaltic Flow in a Doubly Connected Region (094)
  13. An Application Of Differential Transform Method To Solve An Epidemic Model - Ebola Virus Disease Outbreaks (045)
  14. M-polynomials and degree-based topological indices of Mycielskian of paths and cycles (039)
  15. Effect Of Micropolar Fluid Flow On Unsteady Convective Diffusive Mass Transfer In Doubly Connected Region (095)
  16. Restrained and Total Restrained Domination of Ladder graphs (088)
  17. Convection in ferromagnetic nanoliquids under terrestrial gravity condition with the effect of non-inertial acceleration (120) 
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