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My Presentation on
“The Application of Numerical Methods in Real Life”
The Application of Numerical Methods in Real Life
Estimation of ocean currents
Modeling of airflow over airplane
bodies
The Application of Numerical Methods in Real Life
Electromagnetics Modeling combustion flow in a coal power plant
The Application of Numerical Methods in Real Life
Shuttle/tank separation
The Application of Numerical Methods in Real Life
1. Estimation of ocean currents
2. Modeling combustion flow in a coal power plant
3. Airflow patterns in the respiratory tract (and diff. eqs.)
4. Regional uptake of inhaled materials by respiratory tract
5. Transport and disposition of chemicals through the body (and ODEs + PDEs)
6. Molecular and cellular mechanisms of toxicity (and ODEs + PDEs)
7. Reentry simulations for the Space Shuttle
8. Trajectory prescribed path control and optimal control problems
9. Shuttle/tank separation
10. Scientific programming
11. Modeling of airflow over airplane bodies
12. Electromagnetics analysis for detection by radar
13. Design and analysis of control systems for aircraft
14. Electromagnetics
15. Large scale shock wave physics code development
16. Curve fitting of tabular data
Thank You

Application of Numerical method in Real Life

  • 1.
    Welcome To MyPresentation Submitted by : SUBMITTED TO :
  • 2.
    My Presentation on “TheApplication of Numerical Methods in Real Life”
  • 3.
    The Application ofNumerical Methods in Real Life Estimation of ocean currents Modeling of airflow over airplane bodies
  • 4.
    The Application ofNumerical Methods in Real Life Electromagnetics Modeling combustion flow in a coal power plant
  • 5.
    The Application ofNumerical Methods in Real Life Shuttle/tank separation
  • 6.
    The Application ofNumerical Methods in Real Life 1. Estimation of ocean currents 2. Modeling combustion flow in a coal power plant 3. Airflow patterns in the respiratory tract (and diff. eqs.) 4. Regional uptake of inhaled materials by respiratory tract 5. Transport and disposition of chemicals through the body (and ODEs + PDEs) 6. Molecular and cellular mechanisms of toxicity (and ODEs + PDEs) 7. Reentry simulations for the Space Shuttle 8. Trajectory prescribed path control and optimal control problems 9. Shuttle/tank separation 10. Scientific programming 11. Modeling of airflow over airplane bodies 12. Electromagnetics analysis for detection by radar 13. Design and analysis of control systems for aircraft 14. Electromagnetics 15. Large scale shock wave physics code development 16. Curve fitting of tabular data
  • 7.