ADMISSION HELPLINE
| # | Name of the Scholar | Photo | Registration No. | Name of the Guide | Title of thesis |
|---|---|---|---|---|---|
| 1 | Balajied Me Syrti |  |
1190001 | Prof. (Dr.) Anuradha Devi | Mathematical Modelling and Integrated Management of Eco- Epidemiological System under the Application of Pesticides |
| 2 | Md. Nazir Hussain |  |
1191451 | Prof. (Dr.) Anuradha Devi | A Study of Distributive and Multiplication N- groups in Near-rings and their Fuzzy Aspects |
| 3 | Bikash Koli Saha |  |
1181166 | Dr. Kamal Debnath | Behavioural Study of Visco-Elastic Fluid Flow Characterized by Walters Liquid (Model B') |
| 4 | Sankar Singha |  |
1181167 | Dr. Kamal Debnath | Some Aspects of Fluid Flow Problems with Emphasis on Visco-Elasticity |
| 5 | Mr. Ruhul Kuddus Ahmed |  |
1191453 | Dr. Kamal Debnath | Non-Newtonian Fluid Flows of Some Fruit and Vegetable Products in Food Processing Industries obeying Power-Law Fluid Model |
| 6 | Mr. Sinam Rajkishore |  |
1200001 | Dr. Bimalendu Kalita | A Study of Space of Sequences in Fuzzy Inner Product Spaces |
| 7 | Mr. Euchuf Mustak |  |
1190889 | Prof. (Dr.) Anuradha Devi | The Role of Predator- Induced Fear on Prey Growth and Disease Transmission: A Study in Ecosystem and Eco-epidemic Modeling. |
| 8 | Ms. Punam Das |  |
1222248 | Dr. Kamal Debnath | Pipe Flow Study of Some non-Newtonian Fluid Food Products using Suitable Mathematical Model for Manufacturing Process Design and Evaluation |
| 9 | Mr. H. Imo Mani Singha |  |
1222277 | Prof. (Dr.) Anuradha Devi | A Study on the Behaviour of Smoking Population using Fractional Order Mathematical Model |
| 10 | Mardor Wanri Synrem |  |
1222278 | Dr. Kamal Debnath | Performance in Mathematics Among Higher Secondary School Students of Meghalaya in relation to selected Associated Variables |
| 11 | Khrunielu Lohe |  |
234820 | Dr. Bimalendu Kalita | Fuzzy Inner Product Space: A Comprehensive Study |
| 12 | Ms. Ananya Shilpi |  |
A/F | Dr. Bapan Kalita | Mathematical Modelling of Cardiovascular Diseases and Some Control Measures |
| 13 | Ms. Florence Daimari |  |
1211250 | Dr. Bimalendu Kalita | A Study of the Unilateral Shift Operator on Hilbert Spaces |
| 14 | Ms. Pompi Das |  |
1211256 | Dr. Kamal Debnath | Mathematical modelling on rheological properties of few underutilized nutritious juicy fruits of northesat India for food processing applications |
| 15 | Ms. Karismita Medhi |  |
1180008 | Dr. Kamal Debnath | Similarity Solutions of Flow, Heat and Mass Transport for Unsteady Viscoelastic Fluid |
Projects : |
Ongoing projects:I. Name:Dr. Kamal Debnath and picture: of the PI, Title: Mathematical modelling based on rheological flow parameters of underutilized juicy Kordoi (Averrhoa Carambola) of Assam for food processing applications, Funding agency: The Assam Royal Global University. Duration: 1 year and 5 months II. Name:Dr. Bimalendu Kalita and picture: of the PI, Title: Felbin-type Fuzzy Normed Linear Spaces and Inner Product Spaces: A Comprehensive Study , Funding agency: The Assam Royal Global University. Duration: 1 year. III. Name: Dr. Anuja Sinha Title: Effect of magnetic field on a viscous hybrid nanofluid flow over a non- linearly shrinking sheet with power law-velocity, Funding agency: The Assam Royal Global University, Duration: 1 year 5 months. IV. Name: Dr. Bapan Kalita as the PI, Title: Cardiovascular Diseases: a Mathematical Overview, Funding agency: The Assam Royal Global University. Duration: 1 and half year. V. Name: Mr. H. Imo Mani Singha Title: Analysis of the behaviour of Smokers by Fractional Mathematical Modelling using Laplace Decomposition Method, Funding agency: The Assam Royal Global University, Duration: 1year 5 months. |
 Dr. Kamal Debnath |
 Dr. Bimalendu Kalita |
 Dr. Bapan Kalita |
Dr. Anuja Sinha |
 Mr. H. Imo Mani Singha |
-2024- |
| 1. Syrti BM, Devi A, “Stability and control of a plant epidemic model with pesticide intervention”, International Journal of Advanced and Applied
Sciences,(2024), Vol 11, no.2, pages 82-93.
2. Debnath K,, Slip Impact on Fluid Flow and Heat Transport in the Boundary Layer over a Flat Permeable Plate- A Comparative Study, Futuristic Trends in Physical Sciences (2024), IIP Series, Volume 3, Book 2, Part 1,Chapter 3. 3. Phukan, P. and Deka, H., 2024. A Numerical Study on MHD Flow of A CassonFluid Passing Through A Vertical Cone With Suction Velocity And Thermo- Diffusive Effects. Latin American Applied Research-An International Journal, 54(2), Pp.231-238. |
-2023- |
| 1. jKashyap AJ, Bordoloi ,AJ, Mohan F, Devi A, Dynamical analysis of an anthrax disease model in animals with nonlinear transmission rate”, Mathematical Modelling and Control, (2023), Vol. 3, no.4, pages 370-386.
2. Syrti BM, Devi A, Kashyap AJ, “Analysis of Stability, Sensitivity Index and HopfBifurcation of Eco-Epidemiological SIR Model under Pesticide Application”, Communication in Biomathematical Sciences (2023), Vol. 6, No.2, pages 126– 144.Hussain N, Hazarika N, Devi A, “Intuitioistic Fuzzy Aspects of MultiplicationN-Groups”, South East Asian J. of Mathematics and Mathematical Sciences (2023), Vol. 19, Nos. 2, 70–83. 3. Hussain N, Hazarika N, Devi A, “Distributive Character of Multiplication N- groups”, International Journal of Mathematics Trends and Technology (2023),Volume 69, Issue 6, 59-66. 4. Hussain N, Hazarika N, Devi A, “Uniserial and Bezout Character of Distributive N-Groups”, Bulletin of Calcutta Mathematical Society (2023), Vol 115, (6) , Page 717–730. 5. Saha BK and Debnath K, Reactive Solute Diffusion in Elastico Viscous Fluid Past a Flat Permeable Plate, High Technology Letters (2023), Vol 29, Issue 7, 303-310. 6. Debnath K, and Singha S, Heat and Mass Transport for Elastico- viscous Fluidwith Partial Slip Boundary over a Flat Permeable Plate, Latin America Applied Research (2023), Vol. 53(2), 89-94. 7. Sarma, P. and Kalita, B., 2023. Prediction of Housing Prices of Real Estate Business Through Machine Learning. International Journal of Technology, Management and Social Sciences (IJTMSS) 1(1), pp.58- 76. 8. Medhi, K. and Kalita, B., 2023. Multi-Level Marketing in the Context of Dynamical System. International Journal of Advanced Multidisciplinary Research and Studies 3(3), pp1071-1076. 9. Sarma, P. and Kalita, B., 2023. Mathematical Overview of the Volatility of Stock Market with Special Reference to the Closing Prices of Bandhan Bank, Vodafone-Idea and GMR Airport. International Journal of Advanced Multidisciplinary Research and Studies 3(3), pp.1062-1070. 10. Handique, S. and Kalita, B., 2023. A Case Study On Application Of Transportation Problem. International Journal of Technology, Management andSocial Sciences (IJTMSS), 1(1), pp.77-95. |
-2022- |
| 1. Syrti BM, Devi A, “An Eco-epidemic model with disease in Plant populations and Pesticides as control measure”, IOSR Journal of Mathematics (IOSR-JM) (2022), Volume 18, Issue 3 Ser. II PP 48-54.
2. Debnath K, and Saha BK,Slip Flow and Heat Transition for Hydromagnetic Elastico-viscous Fluid past a Flat Moving Plate, Emerging Technologies in Data Mining and Information Security, Springer Nature (2022), ISBN 978-981-19- 4193-1, 3. Debnath K, and Saha BK, Heat and Partial Slip Impact on Elastico- viscous Fluid Flow Past a Flat Permeable Plate, Mathematical Forum (2022), Vol 29, 66-78. 4. Debnath K, and Saha BK, Solution of non-Newtonian Boundary Layer Flow in a Convergent Channel using Homotopy Perturbation Method (Published: Transient, A Journal of Natural Sciences and Allied Subjects (2022), Vol. VIII, 2020, 28-34. 5. Debnath K, and Bhuyan S, Mathematical Study of Shear-thinning Nature of Peach Puree Flow Through a Circular Pipe by Herschel- Bulkley Fluid Model, e-proceedings of 16th International Conference of MSAST 2022, December 21-23, 2022, Kolkata, India, Vol 11 (2022), 161, ISBN 978-81-925832-8-0. 6. Debnath K, and Das P, Behavioural Study of Carrot Juice Exhibiting Shear- thickening Nature of Flow Past a Cylindrical Pipe by Power- Law Fluid Model, e-proceedings of 16th International Conference of MSAST 2022, December 21-23, 2022, Kolkata, India, Vol 11 (2022), 241, ISBN 978-81-925832-8-0. 7. Kalita B., On Semi m-Hyponormal Weighted Shift Operators, Bulletin of Calcutta Mathematical Society (2022), Vol. 114, No. 5, pages 667–678. 8. Kalita, B.C. and Kalita, B., 2022. Comprehensive Analysis on Effectiveness of Inventory Management Practices on the Performance of Wholesale Drug Dealers. Journal of Positive School Psychology, pp.8750-8762. 9. Kalita, B., 2022. Decision Making with Simplex Model: A Case Study. Journalof Applied and Fundamental Sciences, 8(2), pp.81-88. 10. Kalita, B., 2022. Public Revolution: A Mathematical Modelling. Journal of Applied and Fundamental Sciences, 8(1), pp.6-12. 11. Barman, S. and Kalita, B., 2022. Effectiveness Of Surface Texturing And Optical Width In Minimizing The Optical Loss Of A Solar Cell: A Simulated Study. Journal of Applied and Fundamental Sciences, 8(1), pp.39-50. 12. Barman, S. and Kalita, B, 2022. Energy, Environment and Cost Benefit Analysis of Semi-Transparent Pv Window-A Review. Journal of Applied and Fundamental Sciences, 8(2), pp.103-108. 13. Singha B., Sen M., Singha N., *Dutta D., A new Hesitant Fuzzy Rule Base systemfor ranking hydro power plant site selection, New Mathematics and Natural 14. Computation, 18(2), 449-467, 2022. doi: https://doi.org/10.1142/S1793005722500223 15. Deka H, and Phukan P,“ Thermo-Diffusion Effect Of Transient MHDcasson Fluid Past An Oscillating Inclined Plate”. Journal Of RajasthanAcademy Of Physical Sciences, 21: 2022. 16. MHD casson Fluid Past An Oscillating Inclined Plate”. Journal Of RajasthanAcademy Of Physical Sciences, 21: 2022 |
-2021- |
| 1. Debnath K, and Saha BK, Hydromagnetic Visco-elastic Boundary Layer FlowPast an Exponentially Stretching Sheet with Suction or Blowing, Emerging Technologies in Data Mining and Information Security (2021), Vol. 1, ISBN 978-981-15-9927-9, 533-541.
2.Debnath K, and Singha S, Hydromagnetic Visco-elastic Boundary Layer Slip Flow and Heat Transfer over a Flat Plate, Emerging Technologies in Data Mining and Information Security (2021), Vol.1, 483-492, ISBN 978-981-15-9927-9 3. Debnath K, and Singha S, Kalita B, Impact of Suction or Blowing on Elastico-Viscous Hydromagnetic Fluid Flow Past a Stretching Permeable Sheet, Advances in Mathematics: Scientific Journal (2021), Vol.1, 211–221. 4. Debnath K., Singha S. and Kalita B., Impact of Suction or Blowing on Elastico- Viscous Hydromagnetic Fluid Flow Past a Stretching Permeable Sheet, Advances in Mathematics: Scientific Journal, (2021), Vol. 10, no.1, pages 211–221 |
-2020- |
| 1. Kalita, B. and Devi, A., “Mathematical Modelling of Impact of Vaccination in Controlling Japanese Encephalitis”, International Journal on Emerging Technologies(2020), 11(3), page 792-796.
2. Kalita, B. and Devi, A., “Japanese Encephalitis From Two Outsources:A Mathematical Modeling”(2020), Journal of Critical Reviews, Vol 7, Issue 12, page 309-315. 3. Kalita, B. and Devi, A., “Control Model of Transmission of Japanese Encephalitis through Media Awareness "International Journal of Advanced Science and Technology”( 2020), Vol. 29, No. 5, page 7645-7656. 4. Saikiaa S, Maiti AP., Devi A, “"Effect of habitat complexity on rhinoceros and tiger population model with additional food and poaching in Kaziranga National Park, Assam", Mathematics and Computers in Simulation (2020), vol177, page169-191. 5. Debnath K, and Singha S, Reactive Mass Diffusion in Viscoelastic Fluid Past a Stretchable Exponential Sheet Due to Variation in Wall Concentration Emerging Technologies in Data Mining and Information Security (2020), Springer Nature, Vol.3, 376-383, ISBN 978-981-19-4193-1. 6. Debnath K, and Singha S, Mixed Convective Slip Flow and Heat Transport for Visco-elastic Fluid Past a Vertical Plate, Mathematical Forum (2020), Vol.28, 17- 29. 7. Debnath K, Dey D, Baruah R, Thermophoresis and Diffusion Thermo Effects on Shear Thickenning and Shear Thinning cases of Fluid Motion Past a Permeable Surface, Journal of Mechanics of Continua and Mathematical Sciences (2020), 15(5), May 2020, 68-81. 8. Kalita B., On semi weakly (l, m)-hyponormal weighted shifts, Advances in Mathematics: Scientific, (2020), Vol 9, no.12, pages 10797–10805. 9. Kalita, B. and Devi, A., 2020. Control Model of Transmission of Japanese Encephalitis through Media Awareness. International Journal of Advanced Science and Technology, 29, pp.7645-7656. 10. Kalita, B. and Devi, A., 2020. Mathematical Modelling of Impact of Vaccination in Controlling Japanese Encephalitis. International Journal on Emerging Technologies 11(3): pp.792-796. 11. Kalita, B. and Devi, A., 2020. Japanese Encephalitis from Two Outsources: A Mathematical Modeling. Journal of Critical Reviews, 7(12), pp.309-315. 12.Singha HIM, Sengupta S, Dusty time fractional MHD flow of a Newtonian Fluid through a cylindrical tube with a non-Darcian porous medium; Journal of Applied Mathematics and Computational Mechanics. ESCI and SCOPUS. 2020; 19(4), 101- 114. doi: 10.17512/jamcm.2020.4.09 13. Singha HIM, Sengupta S,; Dusty Time Fractional MHD Flow of a Newtonian Fluid through a Cylindrical Tube; International Journal on Emerging Technologies. SCOPUS. 2020; 11(2): 610-617. |
-2019- |
| 1. Sarmah B, Devi A, Sarma J, “Nonperturbative Technique for Dust- Ion-Acoustic Waves in Dusty Plasma with Nonthermal Electrons” ,International Journal of Research and Review (2019) ,Vol.6; Issue: 11,page 153-161, November,
2. Sarmah B, Devi A, Sarma J “Effect of Nonthermal Ions on Dust Acoustic Waves in Magnetized Plasma”, Mathematical Journal of Interdisciplinary(2019), Vol. 8,No. 1,134-139. 3. Sarmah B, Devi A, Sarma J, “Sagdeev Potential Approach to Study the Dust Acoustic Waves in Dusty Plasma with Nonthermal Ions”, Infokara Research (2019), Volume 8, Issue 9, page115-125. Hussain N, Hazarika N, Devi A, “Distributive Character of Multiplication N- groups”, International Journal of Mathematics Trends and Technology (2023), Volume 69, Issue 6, 59-66. 4. Hussain N, Hazarika N, Devi A, “Uniserial and Bezout Character of DistributiveN-Groups”, Bulletin of Calcutta Mathematical Society (2023), Vol 115, (6) , Page 717–730 5. Syrti BM, Devi A, “An Eco-epidemic model with disease in Plant populations and Pesticides as control measure”, IOSR Journal of Mathematics (IOSR-JM) (2022), Volume 18, Issue 3 Ser. II PP 48-54 6. Ghosh A, Devi A, “"Stability of Glucose-Insulin-Glucagon model using ingested glucose and somatostatin", Journal of Huazhong University of Science and Technology (2021), VOLUME 50, ISSUE 03 – 2021, Page 1-14. 7. Kalita, B. and Devi, A., “Mathematical Modelling of Impact of Vaccination in Controlling Japanese Encephalitis”, International Journal on Emerging Technologies(2020), 11(3), page 792-796. 8. Kalita, B. and Devi, A., “Japanese Encephalitis From Two Outsources:A Mathematical Modeling”(2020), Journal of Critical Reviews, Vol 7, Issue 12, page 309-315. 9. Kalita, B. and Devi, A., “Control Model of Transmission of Japanese Encephalitis through Media Awareness "International Journal of Advanced Science and Technology”( 2020), Vol. 29, No. 5, page 7645-7656 10. Saikiaa S, Maiti AP., Devi A, “"Effect of habitat complexity on rhinoceros and tiger population model with additional food and poaching in Kaziranga National Park, Assam", Mathematics and Computers in Simulation (2020), vol177, page169-191. 11. Sarmah B, Devi A, Sarma J, “Nonperturbative Technique for Dust- Ion-Acoustic Waves in Dusty Plasma with Nonthermal Electrons” ,International Journal of Research and Review (2019) ,Vol.6; Issue: 11,page 153-161, November, 12. Sarmah B, Devi A, Sarma J “Effect of Nonthermal Ions on Dust Acoustic Waves in Magnetized Plasma”, Mathematical Journal of Interdisciplinary(2019), Vol. 8,No. 1,134-139. 13. Sarmah B, Devi A, Sarma J, “Sagdeev Potential Approach to Study the Dust Acoustic Waves in Dusty Plasma with Nonthermal Ions”, Infokara Research (2019), Volume 8, Issue 9, page115-125. 14. Sarmah B, Devi A, Sarma J “Nonpurbative Approach for Dust Acoustic Waves in Plasma with Nonthermal Ions and Trapped Electrons”, International Journal of Mathematics Trends and Technology (IJMTT) (2018), Vol 61 , Number 1, page 32-42. 15. Kalita R, Devi A, “A Mathematical Model for Glucose-Insulin Interaction under the Influence of Externally Ingested Glucose in Presence of Constant Amount of Glucose and Insulin in the Body”, International Journal of Scientific Research in Science, Engineering and Technology (2018), 4 (9), page 507-511. 16. Kalita R, Devi A, “A Mathematical Model of Glucose - Insulin regulation where glucose and insulin bothare influenced by externally ingested glucose”, International Journal of Engineering Science and Technology (IJEST) (2018), Vol. 10 No.02S ,page 154-157. 17. Kalita R, Devi A, Ghosh A, “An interactive Glucose - Insulin regulation underthe influence of externally ingested glucose (GIG- I-E model)”, Global Journalof Mathematical Sciences: Theory and Practical(2017), Volume 9, Number 3, pp. 277-285. 18. Ghosh A, Devi A, “An optimal Control policy for Immune-Tumor(I- T) model”,Journal of The Assam Academy of Mathematics (JAAM),(2017), Volume 7, page 77-85 |
II. Dr. Kamal Debnath |
| 1. Debnath K,, Slip Impact on Fluid Flow and Heat Transport in the Boundary Layer over a Flat Permeable Plate- A Comparative Study, Futuristic Trends in Physical Sciences (2024), IIP Series, Volume 3, Book 2, Part 1,Chapter 3.
2. Saha BK and Debnath K, Reactive Solute Diffusion in Elastico Viscous Fluid Past a Flat Permeable Plate, High Technology Letters (2023), Vol 29, Issue 7, 303-310. 3. Debnath K, and Singha S, Heat and Mass Transport for Elastico-viscous Fluid with Partial Slip Boundary over a Flat Permeable Plate, Latin America Applied Research (2023), Vol. 53(2), 89-94. 4. Debnath K, and Saha BK,Slip Flow and Heat Transition for Hydromagnetic Elastico-viscous Fluid past a Flat Moving Plate, Emerging Technologies in Data Mining and Information Security, Springer Nature (2022), ISBN 978-981-19- 4193-1, 5. Debnath K, and Saha BK, Heat and Partial Slip Impact on Elastico-viscous Fluid Flow Past a Flat Permeable Plate, Mathematical Forum (2022), Vol 29, 66- 78. 6. Debnath K, and Saha BK, Solution of non-Newtonian Boundary Layer Flow in a Convergent Channel using Homotopy Perturbation Method (Published: Transient, A Journal of Natural Sciences and Allied Subjects (2022), Vol. VIII, 2020, 28-34. 7. Debnath K, and Bhuyan S, Mathematical Study of Shear-thinning Nature of Peach Puree Flow Through a Circular Pipe by Herschel-Bulkley Fluid Model, e-proceedings of 16th International Conference of MSAST 2022, December 21- 23, 2022, Kolkata, India, Vol 11 (2022), 161, ISBN 978-81-925832-8-0. 8. Debnath K, and Das P, Behavioural Study of Carrot Juice Exhibiting Shear- thickening Nature of Flow Past a Cylindrical Pipe by Power-Law Fluid Model, e-proceedings of 16th International Conference of MSAST 2022, December 21- 23, 2022, Kolkata, India, Vol 11 (2022), 241, ISBN 978-81-925832-8-0. 9. Debnath K, and Saha BK, Hydromagnetic Visco-elastic Boundary Layer Flow Past an Exponentially Stretching Sheet with Suction or Blowing, Emerging Technologies in Data Mining and Information Security (2021), Vol. 1, ISBN 978- 981-15-9927-9, 533-541 10. Debnath K, and Singha S, Hydromagnetic Visco-elastic Boundary Layer Slip Flow and Heat Transfer over a Flat Plate, Emerging Technologies in Data Mining and Information Security (2021), Vol.1, 483-492, ISBN 978-981-15-9927-9. 11. Debnath K, and Singha S, Kalita B, Impact of Suction or Blowing on Elastico- Viscous Hydromagnetic Fluid Flow Past a Stretching Permeable Sheet, Advances in Mathematics: Scientific Journal (2021), Vol.1, 211–221. 12. Debnath K, and Singha S, Reactive Mass Diffusion in Viscoelastic Fluid Past a Stretchable Exponential Sheet Due to Variation in Wall Concentration Emerging Technologies in Data Mining and Information Security (2020), Springer Nature, Vol.3, 376-383, ISBN 978-981-19-4193-1. 13. Debnath K, and Singha S, Mixed Convective Slip Flow and Heat Transport for Visco-elastic Fluid Past a Vertical Plate, Mathematical Forum (2020), Vol.28, 17- 29. 14. Debnath K, Dey D, Baruah R, Thermophoresis and Diffusion Thermo Effects on Shear Thickenning and Shear Thinning cases of Fluid Motion Past a Permeable Surface, Journal of Mechanics of Continua and Mathematical Sciences (2020), 15(5), May 2020, 68-81. |
III. Dr. Bimalendu Kalita |
| 1. Kalita B., On semi weakly (l, m)-hyponormal weighted shifts, Advances in Mathematics: Scientific, (2020), Vol 9, no.12, pages 10797–10805.
2. Debnath K., Singha S. and Kalita B., Impact of Suction or Blowing on Elastico- Viscous Hydromagnetic Fluid Flow Past a Stretching Permeable Sheet, Advancesin Mathematics: Scientific Journal, (2021), Vol. 10, no.1, pages 211–221. 3. Debnath K., Singha S. and Kalita B., Impact of Suction or Blowing on Elastico- Viscous Hydromagnetic Fluid Flow Past a Stretching Permeable Sheet, Advancesin Mathematics: Scientific Journal, (2021), Vol. 10, no.1, pages 211–221. 4. Kalita B., Perturbation of Semi-Weakly m-Hyponormal Weighted Shifts, The Mathematics Student (2023), Vol. 92, Nos. 1-2, 41–52. |
IV. Dr. Bapan Kalita |
| 1. Kalita, B. and Devi, A., 2020. Control Model of Transmission of Japanese Encephalitis through Media Awareness. International Journal of Advanced Science and Technology, 29, pp.7645-7656.
2. Kalita, B. and Devi, A., 2020. Mathematical Modelling of Impact of Vaccination in Controlling Japanese Encephalitis. International Journal on Emerging Technologies 11(3): pp.792-796. 3. Kalita, B. and Devi, A., 2020. Japanese Encephalitis from Two Outsources: A Mathematical Modeling. Journal of Critical Reviews, 7(12), pp.309-315. 4. Kalita, B.C., Das, R.L. and Kalita, B., 2021. Impact of Working Capital Management On Financial Health: Evidence From Silk Industries In Assam, India. Journal of Education: Rabindrabharati University 24 (12(II)), pp.114- 124. 5. Kalita, B.C. and Kalita, B., 2022. Comprehensive Analysis on Effectiveness of Inventory Management Practices on the Performance of Wholesale Drug Dealers. Journal of Positive School Psychology, pp.8750-8762. 6. Kalita, B., 2022. Decision Making with Simplex Model: A Case Study. Journal of Applied and Fundamental Sciences, 8(2), pp.81-88. 7. Kalita, B., 2022. Public Revolution: A Mathematical Modelling. Journal of Applied and Fundamental Sciences, 8(1), pp.6-12. 8. Barman, S. and Kalita, B., 2022. Effectiveness Of Surface Texturing And Optical Width In Minimizing The Optical Loss Of A Solar Cell: A Simulated Study. Journal of Applied and Fundamental Sciences, 8(1), pp.39-50. 9. Barman, S. and Kalita, B, 2022. Energy, Environment and Cost Benefit Analysis of Semi-Transparent Pv Window-A Review. Journal of Applied and Fundamental Sciences, 8(2), pp.103-108. 10. Medhi, K. and Kalita, B., 2023. Category Detection of Cancer Patients And Role of Machine Learning As An Astrologer. International Journal of Technology, Management and Social Sciences (IJTMSS) 1(1), pp.96-103. 11. Sarma, P. and Kalita, B., 2023. Prediction of Housing Prices of Real Estate Business Through Machine Learning. International Journal of Technology, Management and Social Sciences (IJTMSS) 1(1), pp.58-76. 12. Medhi, K. and Kalita, B., 2023. Multi-Level Marketing in the Context of Dynamical System. International Journal of Advanced Multidisciplinary Research and Studies 3(3), pp1071-1076. 13. Sarma, P. and Kalita, B., 2023. Mathematical Overview of the Volatility of Stock Market with Special Reference to the Closing Prices of Bandhan Bank, Vodafone-Idea and GMR Airport. International Journal of Advanced Multidisciplinary Research and Studies 3(3), pp.1062-1070 14. Sarma, P. and Kalita, B., 2023. Mathematical Overview of the Volatility of Stock Market with Special Reference to the Closing Prices of Bandhan Bank, Vodafone-Idea and GMR Airport. International Journal of Advanced Multidisciplinary Research and Studies 3(3), pp.1062-1070 15. Kalita, B. Basics of R and Data Analysis in Research. Mumbai : Himalaya Publishing House, 2023. ISBN:978-93-5693-912-7. |
V. Dr. Anuja Sinha |
| 1. Sinha S, Effect of Thermal Radiation on MHD Three Dimensional Natural Convective Couette flow in presence of Thermo Diffusion and Chemical Reaction published in Journal of Mathematics and Computational Science, ISSN: 1927-5307(online)
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VI. Dr. Dhiman Dutta |
| 1. Singha B., Sen M., Singha N., *Dutta D., A new Hesitant Fuzzy Rule Base system for ranking hydro power plant site selection, New Mathematics and Natural Computation, 18(2), 449-467, 2022. doi: https://doi.org/10.1142/S1793005722500223
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VII. Mr. H. Imo Mani Singha |
| 1. Singha HIM, Sengupta S, Dusty time fractional MHD flow of a Newtonian Fluid through a cylindrical tube with a non-Darcian porous medium; Journal of Applied Mathematics and Computational Mechanics. ESCI and SCOPUS. 2020; 19(4), 101- 114. doi: 10.17512/jamcm.2020.4.09 2. Singha HIM, Sengupta S,; Dusty Time Fractional MHD Flow of a Newtonian Fluid through a Cylindrical Tube; International Journal on Emerging Technologies. SCOPUS. 2020; 11(2): 610-617. |
VIII. Dr. Dipankar Saha |
| 1. Sarkar N, Sen M, Saha D, Hazarika B,”A Qualitative study on fractional logistic integrodifferential equations in an arbitrary time scale, Kragujevac Journal of Mathematics, Vol.50. No.3, pp.403-414. |
IX. Dr. Parismita Phukan |
| 1. Phukan, P. and Deka, H., 2024. A Numerical Study on MHD Flow of A CassonFluid Passing Through A Vertical Cone With Suction Velocity And Thermo- Diffusive Effects. Latin American Applied Research-An International Journal, 54(2), Pp.231-238. 2. Deka H, and Phukan P,“ Thermo-Diffusion Effect Of Transient |
