dr inz Nikesh Yadav

dr inz Nikesh Yadav

Stopień naukowy: Dr inż.
Stanowisko: Assistant Professor for research and teaching

Instytut: https://niyaa.github.io/
Zakład: Aerodynamiki
Pokój: 117

Telefon:
Telefon 2: +48 22 234 7523
Fax: (022) 234 7523
E-mail: nikesh.yadav@pw.edu.pl niyaa.github.io

Funkcje pełnione w PW

1. Taking classes Computer Science 1,  Computer Science 2,  Automation of Process Using Python, Advanced Computational Fluid Mechanics Classes

2.  Preparing Material for classes and creation of material for new subjects such as  Automation of Processes using Python and Hydrodynamic instabilities in fluid flow

Funkcje pełnione poza PW

Assistant Professor

Zainteresowania naukowe

Machine learning applications for solving Engineering and Physics Problems such as fluid flow simulation, Time Series Forecasting, and Battery Modeling 

Heat and Mass transfer 

Low Reynolds number flow

Hydrodynamic instabilities 

Modal and Non-modal stability analysis

Scientific computation 

Wybrane publikacje

Osiągnięcia naukowe/wdrożeniowe

The results of my research work have been published in various articles in peer-reviewed scientific journals with an international reach, including 5 from the JCR list.

In my activity, I place great emphasis on the practical use of the results of my scientific research which I do. Below are some aspects of cooperation and leading projects regarding the practical implementation of the results of my research:

  1. Preludium 11, Funding agency: NCN, role: principal investigator, topic: hydrodynamic stability and laminar mixing intensification of flow in the transversely corrugated channel, year: 2018 – 2021, host: Faculty of Power and Aeronautical Engineering, Warsaw University of Technology. 
  2. Dean Grant, Funding agency: Warsaw University of Technology, role: principal investigator, topic: Finding the best shape for the destabilization of plane Poiseuille flow and experimental validation of the same, year: 2019, host: Faculty of Power and Aeronautical Engineering, Warsaw University of Technology.
  3. Dean Grant, Funding agency: Warsaw University of Technology, role: principal investigator, topic: Mixing enhancement in finite width grooved channels., year: 2018, host: Faculty of Power and Aeronautical Engineering, Warsaw University of Technology.
  4. Erasmus Mundus Doctoral Fellowship, Funding agency: EU research and innovation, role: doctoral student, topic: Hydrodynamic instability and mixing enhancement in grooved channels: 2013 -2016, host: Faculty of Power and Aeronautical Engineering, Warsaw University of Technology.
  5. AstroCent (particle astrophysics), Funding agency: FNP, role: Post-doctoral research, topic: detection of gravitational waves using seismic sensors, year: 2021 - , host: Nicolaus Copernicus Astronomical Center, Polish Academy of Sciences.

Preferowana tematyka dyplomowania 

I'm open to a wide range of subjects but within the scope of fluid mechanics.  

I am also interested in topics related to the application of scientific computing in different areas of fluid mechanics (Low Reynolds number flow, Hydrodynamic Stability) for the current subject of diploma for students.

I prefer to set the diploma topic together with the student after appropriate consultation. This allows you to define a task that is of interest to students.

Inne informacje

Wybrane publikacje / List of Publications

  • Yadav, N., S. W. Gepner, and J. Szumbarski (2018). Flow dynamics in longitudinally grooved duct. Physics of Fluids 30(10), 104105. eprint: https://doi.org/10.1063/1.5047028
  • Yadav, N., S. W. Gepner, and J. Szumbarski (2017). Instability in a channel with grooves parallel to the flow. Physics of Fluids 29(8), 084104. eprint: http://dx.doi.org/10.1063/1.4997950.
  • Gepner, S. W., Nikesh Yadav, and J. Szumbarski. "Secondary flows in a longitudinally grooved channel and enhancement of diffusive transport." International Journal of Heat and Mass Transfer 153 (2020): 119523.
  • Yadav, Nikesh, S. W. Gepner, and J. Szumbarski. "Determination of groove shape with strong destabilization and low hydraulic drag." International Journal of Heat and Fluid Flow 87 (2021): 108751.
  • Yadav, Nikesh. Hydrodynamic instability and mixing enhancement in grooved channels. Diss. The Institute of Aeronautics and Applied Mechanics, 2019.
  • Instability and mixing in the channel with sidewalls", In 13th FLUID MECHANICS CONFERENCE,
    KKMP2018, September 2018, Zawiercie, Poland.
  •  "Effect of low Reynolds number instabilities on the drag and mixing capability", 4th International
    Conference on Bifurcation and instabilities in Fluid Dynamics, BIFD 2017, Sam Houston State University, TX,
    USA, July 2017.
  • "Instability in a channel with grooves parallel to the flow", In 12th FLUID MECHANICS CONFERENCE,
    KKMP2016, September 2016, Belchatow, Poland.
  • "Instability in a channel with grooves parallel to the flow", Plenary talk, The Fourth International Academic Conference for Graduates 2016, NUAA, Nanjing, China.