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P.K. Santra

INDEPENDENT SCIENTIST · None

https://researchid.co/pksantra
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47Scopus Publications
661Google Scholar Citations
15Google Scholar h-index
22Google Scholar i10-index

Research Interests

Main research interests: Applied Mathematics; Mathematical modeling; Population Dynamics; Ecological modelling; Renewable Resources; Mathematical Ecology; Epidemiology; Love model; Simple chaos model; Inventory management; etc.

Biography

I am an independent researcher with no formal affiliation to any academic institution or research lab. I conduct research purely driven by my own interests and with self-sourced funding. My passion lies in the realm of studying and conducting research, which fuels my deep love for the pursuit of knowledge. I am particularly keen on collaborating with others on research projects related to mathematical modeling in areas such as biology, sociology, and real-world problem-solving, among others.

Education

M.Sc. (Mathematics) from Indian Institute of Engineering Science and Technology, Shibpur: Howrah, West Bengal, INDIA PhD (Mathematics) from Maulana Abul Kalam Azad University of Technology: Kolkata, West Bengal, INDIA

Recent Scopus Publications

  1. IMPACT OF FEAR AND HARVESTING EFFORT ON A DIFFERENTIAL-ALGEBRAIC PREY-PREDATOR MODEL BASED ON SQUARE ROOT FUNCTIONAL RESPONSE
    Journal of Mathematical Sciences United States, 2026
  2. Global stability and sensitivity analysis of dengue transmission using four host and three vector classes along with control strategies
    International Journal of Computer Mathematics, 2026
  3. Price-dependent fuzzy demand and shortages scenario with memory effect on inventory system incorporating optimal replenishment strategy
    Engineering Research Express, 2025
  4. Dynamical study of discrete prey-predator system incorporating proportional prey refuge with interval parameters
    Applied Mathematics, 2025
  5. Control strategies on a two-serotype dengue transmission model with saturated incident function
    International Journal of Dynamics and Control, 2025

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