SBAS KRMU Faculty Dr. Rupali
School of Basic & Applied Sciences

Faculty

Rupali

Dr. Rupali

Assistant Professor -Basic & Applied Sciences

Interest Area(s)

She has more than three years of teaching experience in University of Delhi.  Currently working as Assistant Professor in K.R Mangalam University, Gurugram. She has earned her doctorate from National Institute of Technology, Delhi on the topic Mathematical modeling of arbitrary shaped domain using the hybrid element method. She has received her BSc. (Hons.) Mathematics degree from Maitreyi College, University of Delhi, Delhi and MSc. Mathematics from Hansraj College, University of Delhi, Delhi.  She has authored high-quality research publications in reputed international peer-reviewed journals.  Her research area are Mathematical modelling of water wave phenomenon, hybrid element method, finite element method and boundary element method.

  • Ph.D. (Mathematics) from Department of Applied Sciences, National Institute of Technology, Delhi India in 2016-2021
  • Title of the Thesis: “Mathematical Modeling of Arbitrary Shaped Domain using Hybrid Element Method”. 
  • M.Sc. (Mathematics) from Hansraj College, University of Delhi in 2009-2011 with I division (76.65%). ( M.Sc. Specialization: Pure Mathematics) 
  • B.Sc. (Hons) Mathematics from Maitreyi College, University of Delhi in 2006-2009 with I division (84.22%). 
  • Worked as Assistant Professor in Dronacharya Group of Institutions Greater Noida from Nov 08, 2021 to April 20, 2022. (5 months)
  • Worked as Assistant Professor (Adhoc) in Maharaja Agrasen College, DU from January 14,2013 to January22, 2016 (3 years)
  • Worked as Guest Lecturer at PGDAV (eve.) College, DU in the year 2015 to 2016.
  • Worked as Guest Lecturer at Dyal Singh College, and Kalindi College, DU in the year 2016.
  • Boundary Element Modeling, Spectral Element and Finite Element Modeling and Hybrid Finite Element Method.
  • Dual Boundary Element Method.
  • Harbor resonance phenomenon, Moored ship motion 
  • Application of permeable and impermeable breakwater.
  • Mathematical modeling of linear and non-linear water waves. 
  • Prashant Kumar, Rajni, Rupali (2018). Wave Induced Oscillation in an Irregular Domain by using Hybrid Finite Element Model. In Journal ofs Physics: Conference Series, 1039(1), p. 012019). 
  • Rupali, Gulshan, & Prashant Kumar (2019). Spectral boundary element method for shallow water waves. In AIP Conference Proceedings, 2061(1), p. 020009.
  • Gulshan, Prashant Kumar, Prashant Patel, Rupali, &Sukhwinder Kaur (2019). Wave spectrum analysis for extreme wave oscillation inside Paradip port. In AIP Conference Proceedings, 2061(1), p. 020010). 
  • Prashant Kumar, Rupali, Rajni (2019). Modeling of Wave-Induced Oscillation in Pohang New Harbor by using Hybrid Finite Element Model. In Advances in Mathematical Methods and High Performance Computing (pp. 449-456). Springer, Cham.
  • Presented paper in international conference on ‘Recent advances in mathematical sciences and its applications’, (RAMSA 2020) JIIT, Noida, India (Three days).
  • Presented paper in international conference on ‘Recent advances in mathematical sciences and its applications’, (RAMSA 2019) JIIT, Noida, India (Three days).
  • Attended a workshop on ‘Recent development and applications of Partial differential equations’, 2019, IIT Roorkee, India (Six days).
  • CSIR UGC-JRF (Junior Research Fellowship) in Mathematics qualified in October, 2012 conducted by Council of Scientific and Industrial Research (CSIR).
  • GATE qualified in 2012 conducted by Ministry of Human Resource Development.
  • Obtained 1st position in Graduation (in College).
 
  • Rupali, Prashant Kumar, Rajni (2021). Moored ship motion under the resonance conditions with breakwaters: A coupled numerical approach. Ocean Engineering, 241, 110022. (SCI, IF-3.8)
  • Kumar, P., Vinita, Rupali. (2021). Mathematical modeling of regular and irregular shallow water waves using Boussinesq equation with improved dispersion. Indian Journal of Pure and Applied Physics, 59. 
  • Rupali, Prashant Kumar (2021). Mathematical modeling of arbitrary shaped harbor with permeable and impermeable breakwaters using hybrid finite element method. Ocean Engineering, 221, 108551. (SCI, IF-3.8)
  • Rupali, Prashant Kumar, Rajni (2020). Spectral wave modeling of tsunami waves in Pohang New Harbor (South Korea) and Paradip Port (India). Ocean Dynamic, 70(12), 1515-1530. (SCI, IF-2.2)
  • Rupali, Prashant Kumar, Rajni (2019). Spectral boundary element modeling of water waves in Pohang New Harbor and Paradip Port. Ocean Engineering, 106765. (SCI,IF-3.8)
  • Prashant Kumar, Rupali (2018). Modeling of shallow water waves with variable bathymetry in an irregular domain by using hybrid finite element method. Ocean Engineering, 165, 386-398.(SCI, IF-3.8)
 

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