Conference proceedings presentation, 8th International Conference on Population Balance Modeling (PBM2025), Purdue University, West Lafayette, Indiana, USA
This conference presentation focused on analytical solutions for discretized breakage population balance equations and their use in kernel identification.
Conference presentation, AIChE Annual Meeting 2024, San Diego, California, USA
This presentation highlighted how molecular simulation, kinetic modeling, and mechanistic analysis can be combined to clarify nontrivial crystallization pathways.
Conference presentation, AIChE Annual Meeting 2024, San Diego, California, USA
This talk presented an in-situ scattering and modeling perspective on evaporation-driven nucleation and growth in MOF thin films.
Conference presentation, AIChE Annual Meeting 2023, Orlando, Florida, USA
This presentation examined how emulsification and biphasic solution structure amplify stochastic variability in crystallization induction times.
Conference presentation, AIChE Annual Meeting 2023, Orlando, Florida, USA
This talk covered population balance modeling strategies for complex particle breakage behavior, with an emphasis on interpretable kernel structure.
Conference presentation, AIChE Annual Meeting 2022, Phoenix, Arizona, USA
This presentation focused on how selective desolvation influences two-step nucleation pathways and crystal structure selection.
Conference presentation, AIChE Annual Meeting 2022, Phoenix, Arizona, USA
This talk presented a mechanistic framework for thin-film MOF growth under evaporation-driven processing conditions, linking microkinetics with in-situ structural observations.
Conference presentation, AIChE Annual Meeting 2021, Boston, Massachusetts, USA
This presentation discussed molecular simulation results aimed at understanding the dynamic origin of oiling-out behavior in crystallizing systems.
Conference presentation, ISRO and IIChE Convention 2016, Nellore, Andhra Pradesh, India
A conference presentation on hydrogen energy pathways and the broader engineering landscape around hydrogen as a future energy carrier.