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Dr NOOR E MISBAH

Dr NOOR E MISBAH

Assistant Professor

PhD

noormisbah.maths@bmsce.ac.in

Research Interests: My research primarily focuses on Boundary Layer Theory and the stability of boundary layer flows, with particular emphasis on flow behavior at high Reynolds numbers. I am also interested in the study of generalized Newtonian fluids, exploring their complex rheological behavior under varying flow conditions. My work involves developing asymptotic solutions and applying advanced numerical techniques, particularly simulations based on the Chebyshev collocation method. In addition, I investigate problems related to hydrodynamic stability and the temporal stability of channel flows through both modal and nonmodal approaches.

About

I am an academic professional with a Ph.D. in Applied Mathematics, specializing in Fluid Mechanics. My research focuses on the application of advanced mathematical and computational techniques to address complex fluid flow phenomena. I am deeply committed to conducting quality research while contributing to the growth of my institution through effective teaching and dedicated mentorship. With a strong emphasis on continuous learning and academic excellence, I strive to inspire intellectual curiosity and foster a collaborative learning environment.

Education

  • Doctor of Philosophy - Mathematics
    Bengaluru City University
    Passed Year: 2023 | Program Type: FullTime
  • Master's of Science - Mathematics
    Bangalore University
    Passed Year: 2018 | Program Type: FullTime
  • KARNATAKA STATE LEVEL ELIGIBILITY TEST - Mathematics
    Gorvernment of Karnataka
    Passed Year: 2017 | Program Type: PartTime
  • Batchelor's of Science - Mathematics, Chemistry and Physics
    Bangalore University
    Passed Year: 2016 | Program Type: FullTime

Selected Publications

  • Journal | Published On : 01-05-2025
    Ramesh B. Kudenatti, Bharathi M. C. and Noor-E-Misbah
    “Linear stability on transpiration effect of self-similar boundary layer flow of non-Newtonian fluids over a moving wedge”, Mathematics and Computers in Simulations, (2025), 231, 46-61. (IF: 4.6, Q1)
    Weblink
  • Journal | Published On : 01-06-2023
    Ramesh B. Kudenatti, Noor-E-Misbah and Bharathi M. C.
    “A numerical study on boundary layer flow of Carreau fluid and forced convection heat transfer with viscous dissipation and generalized thermal conductivity”, Mathematics and Computers in Simulations, (2023), 208, 619-636. (IF: 4.6, Q1)
    Weblink
  • Journal | Published On : 01-01-2023
    Ramesh B. Kudenatti and Noor-E-Misbah
    “The onset of instability in a hydromagnetic channel flow of Casson fluid: the accurate solutions”, Applied mathematics and Computation, (2023), 436, 127475 (1-14). (IF:4.397, Q1)
    Weblink
  • Journal | Published On : 01-11-2022
    Shashi Prabha Gogate S., Bharathi M. C., Noor-E-Misbah and Ramesh B. Kudenatti
    “A computational study of three-dimensional laminar boundary layer flow and forced convective heat transfer in a porous medium”, Archive of Applied Mechanics, (2023), 93, 551-569. (IF:2.8, Q1)
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  • Journal | Published On : 06-10-2021
    Shashi Prabha Gogate S., Noor-E-Misbah, Bharathi M. C. and Ramesh B. Kudenatti
    “Local thermal non-equillibrium effects in forced convection stagnation boundary layer flows in porous medium: the Chebyshev collocation method for coupled system”, Engineering with Computers, (2023), 39, 1249-1266. (IF:8.7, Q1)
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  • Journal | Published On : 07-07-2020
    Ramesh B. Kudenatti, Noor-E-Misbah and Bharathi M. C.
    “Stability of hydromagnetic boundary layer flow of non-Newtonian power-law fluid flow over a moving wedge”, Engineering with Computers, (2022), 38, 1107-1126. (IF:8.7, Q1)
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  • Journal | Published On : 10-06-2020
    Ramesh B. Kudenatti and Noor-E-Misbah
    “Hydrodynamic flow of non-Newtonian power-law fluid past a moving wedge or a stretching sheet: a unified computational approach”, Scientific Reports, (2020), 10(1), 9445. (IF: 4.996, Q1)
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  • Journal | Published On : 01-06-2020
    Ramesh B. Kudenatti, Noor-E-Misbah and Bharathi M. C.
    “Linear stability of momentum boundary layer flow and heat transfer over a moving wedge”, ASME Journal of Heat Transfer, (2020), 142(6), 061804. (IF: 2.1, Q1)
    Weblink
  • Journal | Published On : 07-01-2020
    Ramesh B. Kudenatti, Noor-E-Misbah and Bharathi M. C.
    “Boundary-layer flow of the power-law fluid over a moving wedge: a linear stability analysis”, Engineering with Computers, (2021), 37, 1807-1820. (IF:8.7, Q1)
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