Published After Joining IIITDM
Jayakumar, Sujith, and Karthick Subramani. "An investigation of acoustic relocation phenomenon in a microchannel under acoustic fields." Physics of Fluids 34.9 (2022): 092002.
Rajendran, Varun Kumar, Jefin Solomon, and Karthick Subramani. "Heat transfer and flow patterns in a minichannel with various acoustic standing wave configurations and thermal boundary conditions." International Journal of Heat and Mass Transfer 194 (2022): 122923.
Rajendran, Varun Kumar, Sujith Jayakumar, Mohammed Azharudeen, and Karthick Subramani. "Theory of nonlinear acoustic forces acting on inhomogeneous fluids." Journal of Fluid Mechanics 940 (2022).
Varun Kumar, Charish Pothuri, Mohammed Azharuddin, Karthick Subramani* (2021) "Heat transfer mechanism driven by acoustic body force under acoustic fields" Physical Review Fluids (American Physical Society) 6, 073501.
Charish Pothuri, Mohammed Azharuddin, Karthick Subramani* (2019) "Rapid mixing in microchannel using standing bulk acoustic waves" - Physics of Fluids (American Institute of Physics) - 31, 122001 (2019); https://doi.org/10.1063/1.5126259
Journals Published During Ph.D
Karthick S, and A. K. Sen. (2018) “Acoustic impedance based size-independent isolation of circulating tumour cells from blood using acoustophoresis”, Lab on a Chip (Royal Society of chemistry) 18.24 (2018): 3802-3813. Impact factor- 6.
Karthick S, A. K. Sen. (2018) “Improved understanding of acoustophoresis and development of an acoustofluidic device for blood plasma separation” Physical Review Applied. 10.3 (2018): 034037. Impact factor- 4.8.
Karthick S, A. K. Sen. (2017) “Improved understanding of the acoustophoretic focusing of dense suspensions in a microchannel” Physical Review E 96:5, 052606. Impact factor- 2.3.
Karthick S, A. K. Sen. (2016) “Role of shear induced diffusion in acoustophoretic focusing of dense suspensions” Applied Physics Letters 109, 014101. Impact factor-3.4.
Srivatsava A, Karthick S, K.S. Jayaprakash, and A. K. Sen (2017) “Droplet de-emulsification using ultra-low voltage based electro-coalescence” Langmuir. Impact factor-3.8.
Hemachandran E, Karthick S, Laurell T, A.K Sen, “Relocation of co-flowing immiscible liquids under acoustic field in a microchannel” Europhysics Letters, (2019) 125(5) 54002. Impact factor-1.97.