Follow
Ashwin Ravichandran
Ashwin Ravichandran
NASA Ames Research Center - KBR Inc.
Verified email at nasa.gov
Title
Cited by
Cited by
Year
Predicting NRTL binary interaction parameters from molecular simulations
A Ravichandran, R Khare, CC Chen
AIChE Journal 64 (7), 2758-2769, 2018
312018
Revisiting electrolyte thermodynamic models: Insights from molecular simulations
N Hossain, A Ravichandran, R Khare, CC Chen
AIChE Journal 64 (10), 3728-3734, 2018
222018
Bridging two‐liquid theory with molecular simulations for electrolytes: An investigation of aqueous NaCl solution
SH Saravi, A Ravichandran, R Khare, CC Chen
AIChE Journal 65 (4), 1315-1324, 2019
202019
Treatment of textile effluent using SBR with pre and post treatments: Kinetics, simulation and optimization of process time for shock loads
R Ashwin, KS Athinthra, M Sriramvignesh, MN Kathiravan, KP Gopinath
Desalination 275 (1-3), 203-211, 2011
122011
Prediction of thermodynamic properties of organic mixtures: Combining molecular simulations with classical thermodynamics
A Ravichandran, H Tun, R Khare, CC Chen
Fluid Phase Equilibria, 112759, 2020
92020
Molecular dynamics simulations of ultrafast radiation induced melting at metal–semiconductor interfaces
A Ravichandran, M Mehta, AA Woodworth, JW Lawson
Journal of Applied Physics 129 (21), 215304, 2021
62021
Prediction of χ Parameter of Polymer Blends by Combining Molecular Simulations and Integral Equation Theory
A Ravichandran, CC Chen, R Khare
The Journal of Physical Chemistry B 122 (38), 9022-9031, 2018
52018
Computational Design of Low Melting Eutectics of Molten Salts: A Combined Machine Learning and Thermodynamic Modeling Approach
A Ravichandran, S Honrao, S Xie, E Fonseca, JW Lawson
The Journal of Physical Chemistry Letters 15, 121-126, 2023
12023
Water structure and mobility in acrylamide copolymer glycohydrogels with galactose and siloxane pendant groups
AL Fogel, A Ravichandran, S Mani, B Upadhyay, R Khare, SE Morgan
Journal of Polymer Science Part B: Polymer Physics 57 (10), 584-597, 2019
12019
Predicting the functional state of protein kinases using interpretable graph neural networks from sequence and structural data
A Ravichandran, JC Araque, JW Lawson
Proteins: Structure, Function, and Bioinformatics, 2023
2023
The system can't perform the operation now. Try again later.
Articles 1–10