Subodh KUMAR
Education
Ph.D. in Earth and Atmospheric Science Department in NIT-Rourkela Odisha (2017-2023)
Master of Technology in Atmospheric Oceanic Science, Centre for Atmospheric Science, ITT Delhi, India
Work experience
Junior-Senior Research Fellow (JRF-SRF) at NIT Rourkela-India (2017 - 2022).
Assistant Professor in Mechanical Department at GEC Panipath-India (2013-2017)
Publications
Lodh A., R.C. Raghva, K. Singh and S. Kumar (2012). A Preliminary Study of Aerosol- Land Atmosphericinteraction using Regional model. (IASTA-2012/ SESSION-II/O-143 i.e. published in BARC IASTA International Conference 2012 book)".
Kumar S., J. Panda, K.Singh , B. K. Guha and S. Kant (2021). A scatterometer observation based study on structural characteristics of North Indian Ocean tropical cyclones during 1999-2017. (Article published inTAAC 2021).
Kumar S., J. Panda and D. Paul, B. K. Guha (2022). Analysing a size base database of North Indian OceanCyclones and Studying their Metrological Characteristics Using Scatterometer Products and ARW Modelduring 1999-2019. (Article published in climate dynamics 2023).
Verma. S, S. Kumar; S. Kant; S. Mehta (2022). Sensitivity analysis of convective and PBL parameterization schemes for Luban and Titli tropical cyclones. (Article published in TAAC 2023).
Panda J., D. Paul, and S. Kumar (2022). Characteristics of tropical cyclone through remote sensing based observational platform. (Book chapter published in Elsevier 2023).
D. Paul, J. Panda, S. Kumar , Sarkar A. (2023). Analyzing a size base database of NIO and Studying theirMetrological Characteristics Using Scatterometer Products and MPAS and 3DVAR Model during 1999-2019. (Article under review in QJRMS Journal).
Kumar S., J.Panda, D.Paul and I.Bhasi. (2023). A study on radial characteristics of North Indian Ocean tropical cyclones and associated energy indices through numerical modeling.(Article subimitted in Atmospheric Research journal).
Verma. S,S. Kumar ; A. Lodh;A.Routrey and J.Panda (2023). Characteristics of tropical cyclone for Amphan and Nisarga tropical cyclones. (Article submitted in Natural Hazard journal).