### Projects

**Greatly appreciate our supporters:**

16]] | Computed Tomography Angiography Modeling and Numerical Simulation of Coronary Arteries abnormalities based on Biomedical Imaging, unded by Misintry of Science and Technology, Government of Bangladesh, under Special Allocation for Science and Technology, Bangladesh,2018-2019, Bangladesh. [PI: M. Ferdows, Co-PI: Md. Zavid Iqbal Bangalee] |

15]] | Effects of Magnetic induction with nano-ferro particles over a horizontal stretching cylinder, Funded by University of Dhaka, Bangladesh,2017-2018, Bangladesh. [PI: M. Ferdows] |

14]] | Development of Mathematical models for convective heat transfer of Carbon Nanotubes in a nanofluid saturated porous medium: Enhanced thermal conductivity of Water Kerosene and Engine oil based Carbon Nanotubes, Funded by Misintry of Science and Technology, Government of Bangladesh, under Special Allocation for Science and Technology, Bangladesh,2017-2018, Bangladesh. [PI: M. Ferdows] |

13]] | Numerical Investigation of three-dimensional airflows around a cubic obstacle, University Grants Commission,2017-2018, Bangladesh. [PI: Md. Zavid Iqbal Bangalee] |

12]] | Biotransport modeling and numerical simulation (CFD) for Magnetic resonance imaging dependence of 3-D unsteady blood flow in a axisymmetric large blood vessels, University Grants Commission,2017-2018, Bangladesh. [PI: Md. Zavid Iqbal Bangalee, Co-PI: M. Ferdows] |

11]] | Effects of normalized velocity difference of nanofluid from a continuously moving surface in a power law temperature fluid: A Local nonsimilar simulation of manufacturing process transport model,Funded by University of Dhaka,2016-2017, Bangladesh. [PI: M. Ferdows] |

10]] | New simplified models and formulations of MHD convective flow of nanofluid over a moving porous flat surface,Funded by University Grants Commission (UGC), 2016-2017, Bangladesh. [PI: M. Ferdows] |

9]] | Numerical investigation of developed and/or developing flow in a pipe, Funded by University of Dhaka, 2012-2013, Bangladesh. [PI: Md. Zavid Iqbal Bangalee ] |

8]] | Development of Mathematical models for convective laminar thin layer flows containing magnetite (Fe cobalt ferrite _{3}O_{4} ),(CoFe and ferrite ferrofluid magnetic particles with induced magnetic field strength, _{2}O_{4})Funded by Ministry of Science and Technology, Government of Bangladesh, under Special Allocation for Science and Technology, 2016-2017, Bangladesh. [PI: M. Ferdows , Co-PI: Md. Zavid Iqbal Bangalee] |

7]] | Blood flow modeling with spatially varying magnetic field, Funded by Bose Center for Advanced study and Research in Natural Sciences, 2015-2017, University of Dhaka, Bangladesh. [PI: M. Ferdows] |

6]] | Numerical computation of 3-D natural ventilation system for a multistory building located in Dhaka city: Urban Environmental Impact, Building scaling, CFD modeling and indoor thermal comfort, Funded by Ministry of Science and Technology, Government of Bangladesh, under Special Allocation for Science and Technology, 2014-2015, Bangladesh. [PI: M. Ferdows , Co-PI: Md. Zavid Iqbal Bangalee] |

5]] | The effect of Intertia on free convection from a horizontal surface embedded in a porous medium with internal Heat generation, Funded by University of Dhaka, 2014-2015, Bangladesh. [PI: M. Ferdows] |

4]] | Computation of buoyancy driven flow and heat transfer in an open cavity, Funded by University of Dhaka, 2012-2013, Bangladesh. [PI: Md. Zavid Iqbal Bangalee] |

3]] | Influence of parameters and performance evaluation of Cu, Al_{2}O_{3}, TiO_{2} and silver Ag nanoparticles as well as base fluid water on convection flow past a vertical permeable semi-infinite flat plate with an aligned Magnetic field, Funded by University Grants Commission (UGC), 2012-2013, Bangladesh. [PI: M. Ferdows] |

2]] | Hydromagnetic heat and mass transfer flow saturated in a porous media: Linear and Nonlinear stretching surface, Funded by University of Dhaka, 2011-2012, Bangladesh. [PI: M. Ferdows] |

1]] | Heat and Mass transfer flow over an exponentially stretching sheet: New similarity results, Funded by Bose Center for Advanced study and Research in Natural Sciences, 2010-2011, University of Dhaka, Bangladesh. [PI: M. Ferdows] |