Vidwan-ID : 195188



  • Prof M. A. Khanday

  • Associate Professor
  • University of Kashmir
Publications 2009 - 2022

Publications

  • 46
    Journal Articles
  • 1
    Book
  • 1
    Conference
    Proceedings
  • 2
    Misc
  • 1
    Phdthesis
  • 6
    Projects

Citations / H-Index

19 Citations

Google Scholar

Co-author Network


Expertise

Applied Mathematics

Mathematical Biology; Heat and Mass transfer in biological systems; modelling of hypoxia and hyperthermia; Cancerous tumour modelling etc

Personal Information

Prof M. A. Khanday

Male
DEPARTMENT OF MATHEMATICS, UNIVERSITY OF KASHMIR Hazratbal, Srinagar
Srinagar, Jammu and Kashmir, India - 190006


Experience

  • Associate Professor

    Department of Mathematics

    University of Kashmir


Qualification

  • Ph.D.

    Jiwaji University, Gwalior


Honours and Awards

2012

Young Scientist Award

JK DST

2012

Young Scientist Award

JK DST

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Doctoral Theses Guided

2021

Mathematical and Numerical study of drug and tracer diffusion in biological tissues

Saqib Mubarak, University of Kashmir

2021

Mathematical modeling of transport and exchange of oxygen and carbon-dioxide in human body

Ahsan-ul-Haq Lone, University of Kashmir

2018

Heat and mass transfer in biological tissue with special reference to cancerous tumors

Dr. Khalid Nazir, University of Kashmir

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2021

Mathematical and Numerical study of drug and tracer diffusion in biological tissues

Saqib Mubarak, University of Kashmir

2021

Mathematical modeling of transport and exchange of oxygen and carbon-dioxide in human body

Ahsan-ul-Haq Lone, University of Kashmir

2018

Heat and mass transfer in biological tissue with special reference to cancerous tumors

Dr. Khalid Nazir, University of Kashmir

2016

Mathematical and Numerical Investigation of heat and drug diffusion in human subjects at extreme environmental conditions

Dr. Aasma Rafiq, University of Kashmir

2016

Variational finite element approach to study heat and oxygen transfer in human body

Dr. Aijaz Ahmad Najar, University of Kashmir

2015

Mathematical estimation of thermal stress on human body

Dr. Aijaz Ahmad Mir, University of Kashmir

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Membership In Professional Bodies

2020

Indian Mathematical Society

Life Member

2017

The Indian Mathematical Consortium

Associate Member

2016

Ramanujan Mathematical Society

Life Member

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2020

Indian Mathematical Society

Life Member

2017

The Indian Mathematical Consortium

Associate Member

2016

Ramanujan Mathematical Society

Life Member

2015

Kolkata Mathematical Society

Life Member

2013

Biomathematical Society of India

Life Member

2007

Gwalior Mathematical Society

Life Member

2005

Kashmir Mathematical Society

Treasurer/Life Member

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Membership In Committees

2009

University of Kashmir

Nodal Officer DIQA

2009

University of Kashmir

Nodal Officer DIQA

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Research Projects

Modeling hypothermia and hypoxia associated problems to the people living at high altitudes of Himalayan regions

Funding Agency : SERB DST

Mathematical Analysis on the Diffusion and Absorption Rate in Biological Tissues; with special reference to the Transdermal Drug Delivery System

Funding Agency : NBHM, DAE

Mathematical study of cold stress and related problems in human beings of Jammu & Kashmir during winter

Funding Agency : University Grants Commission

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Modeling hypothermia and hypoxia associated problems to the people living at high altitudes of Himalayan regions

Funding Agency : SERB DST

Mathematical Analysis on the Diffusion and Absorption Rate in Biological Tissues; with special reference to the Transdermal Drug Delivery System

Funding Agency : NBHM, DAE

Mathematical study of cold stress and related problems in human beings of Jammu & Kashmir during winter

Funding Agency : University Grants Commission

Mathematical and Numerical analysis for thermal stress on human peripherals in our state

Funding Agency : SERB DST

Mathematical and computational Modeling of calcium in Oocytes

Funding Agency : MP DST

A study of basic hyper-geometric functions and their generalization with special reference to quantum calculus

Funding Agency : MP DST

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