Asoke Kumar Dhar

1 Shibam Manna, A. K. Dhar, Nonlinear SchröDinger Equation for Broad Bandwidth Interfacial Waves With a Current Jump, Mathematical Methods in the Applied Sciences, 2025

2 S. Mukherjee, S. Halder, A. K. Dhar, Fourth-order Stokes theory for capillary-gravity waves in arbitrary water depth on linear shear currents, 137, 103546, Wave Motion, 2025

3 S. Mukherjee, S. Halder, A. K. Dhar, Nonlinear modulation of random wave spectra for surface-gravity waves with linear shear currents, 66, 222-237, The ANZIAM Journal, 2025

4 Tanmoy Pal, A.K. Dhar, Linear-shear-current modified nonlinear Schrodinger equation for gravity-capillary waves on deep water, 59, 743-759, Meccanica, 2024

5 Tanmoy Pal, A.K. Dhar, Nonlinear self-modulation of gravity-capillary waves on shear currents in finite depth, 65(3), 248-272, The ANZIAM Journal, 2024

6 Tanmoy Pal, A.K. Dhar, Weakly nonlinear modulation of interfacial gravity capillary waves, 74, 133-147, Ocean Dynamics, 2024

7 Tanmoy Pal, A.K. Dhar, Current modified higher-order Schrödinger equation of broader bandwidth capillary-gravity waves, 35(12), 127104, Physics of Fluids, 2023

8 Sourav Halder, A. K. Dhar, Evolution of narrow-band spectrum of two random Stokes wavetrains in deep water, 73, 317–331, Ocean Dynamics, 2023

9 Sourav Halder, A. K. Dhar, The influence of wind on the evolution of two random wavetrains on deep water, 35, 052107, Physics of Fluids, 2023

10 A. K. Dhar, James T Kirby, Fourth-order stability analysis for capillary-gravity waves on finite-depth currents with constant vorticity, 35, 026601-19, Physics of Fluids, 2023

11 Sourav Halder, A. K. Dhar, A modification to the Schrödinger equation for broader bandwidth gravity-capillary waves on deep water with depth-uniform current, 64, 292-313, The ANZIAM Journal, 2023

12 Shibam Manna, A. K. Dhar, Stability analysis from higher order nonlinear Schrödinger equation for interfacial capillary-gravity waves, Mecannica, 2023

13 Tanmoy Pal, A. K. Dhar, Stability analysis of finite amplitude interfacial waves in a two-layer fluid in the presence of depth uniform current, 72(5), 241–257, Ocean Dynamics, 2022 14 Shibam Manna, A. K. Dhar, STABILITY ANALYSIS FROM FOURTH ORDER NONLINEAR EVOLUTION EQUATION FOR GRAVITY WAVES INCLUDING THE EFFECT OF THIN THERMOCLINE AND UNIFORM WIND FLOW, 7(2), Journal of Mathematical Control Science and Applications, 2021 15 Shibam Manna, A. K. Dhar, ANALYTICAL SOLUTIONS OF COUPLED NONLINEAR SCHRODINGEREQUATIONS FOR TWO NON LINEARLY INTERACTING STOKES WAVETRAINS OVER INFINITE DEPTH, 10(3), 1137-1144, Advances in Mathematics: Scientific Journal, 2021 16 Shibam Manna, A. K. Dhar, Modulational instability of obliquely interacting capillary-gravity waves over infinite depth, 73(5-6), 583-598, Archives of Mechanics, 2021 17 Shibam Manna, Tanmay Chowdhury, Asoke Kumar Dhar, Juan J. Nieto, On Mathematical Modelling of the Indian Human Hair Industry in the Post-COVID-19 Era, 8(3), 447-452, Mathematical Modelling of Engineering Problems, 2021 18 A. K. Dhar, Shibam Manna, The nonlinear evolution equations of fourth-order for two surface gravity waves including the effect of air flowing over water, 1850, 012130, Journal of Physics Conference Series, 2021

19 A.K. Dhar and J.Mondal, Stability analysis from third order nonlinear evolution equation for counterpropagating capillary gravity wave packets in the presence of wind flowing over water, 3, 125-133, International Journal of Mathematics and Physical Sciences Research ISSN 2348-5736, 2015

20 A.K. Dhar and J.Mondal, Stability analysis from fourth order evolution equations for two gravity wave packets in the presence of wind flowing over water, 2(6), 738-750, International Journal of Information Research and Review, 2015

21 A.K. Dhar and J.Mondal, Fourth order nonlinear evolution equations for counterpropagating capillary gravity wave packets in the presence of wind flowing over water, 3, 62-70, International Journal of Mathematics and Physical Sciences Research ISSN 2348-5736, 2015

22 A.K. Dhar and J.Mondal, Effect of capillarity on fourth order nonlinear evolution equation for two stokes wave trains in deep water in the presence of air flowing over water, 20(2), 267-282, Int. J. of Applied Mechanics and Engineering, 2015 23 A.K. Dhar and J.Mondal, Stability analysis from fourth order evolution equation for counterpropagating gravity wave packets in the presence of wind flowing over water, 56(E), E22-49, Australian and New Zealand Industrial and Applied Mathematics Journal, URL–http://journal.austms.org.au/ojs/index.php/ANZIAM, ISSN 1446–8735, 2015

24 D.P. Majumder and A.K. Dhar, The effect of randomness on the stability of capillary gravity waves in the presence of air flowing over water, 20(4), 835-855, International Journal of Applied Mechanics and Engineering, 2015

25 D.P. Majumder and A.K. Dhar, Fourth order nonlinear evolution equation for interfacial gravity waves in the presence of air flowing over water and a basic current shear, 20(3), 517-530, Int. J. of Applied Mechanics and Engineering, 2015

26 J. Mondal and A.K.Dhar, The third order nonlinear evolution equation for two Stokes wave trains for gravity capillary waves in the presence of air flowing over water, 105(2), 103-116, Bull.Cal.Math.Soc., 2013

27 D.P. Majumder and A.K. Dhar, Stability of small but finite amplitude interfacial capillary gravity waves for perturbations in two horizontal directions, 16(2), 425-434, International Journal of Applied Mechanics and Engineering, 2011

28 D.P. Majumder,and A.K. Dhar, Nonlinear energy transfer within the peak of a narrow gravity wave spectrum in the presence of air flowing over water., 101(6), 615-626, Bull.Cal.Math.Soc., 2009

29 D.P. Majumder,and A.K. Dhar, Stability analysis from fourth order evolution equation for deepwater capillary-gravity waves in the presence of air flowing over water, 14(2), 433-442, Int. J. of Applied Mechanics and Engineering, 2009

30 D.P. Majumder and A.K. Dhar, Stability analysis from fourth order evolution equation for two stokes wave trains in deep water in the presence of air flowing over water, 14(4), 989-1008, International Journal of Applied Mechanics and Engineering, 2009