Sujay Bagi, PhD
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I'm a Materials Scientist and a Mechanical Engineer at MIT. My background at the intersection of materials science, mechanical/chemical engineering positions me to understand and efficiently tackle real-world challenges in areas such as crystallization science, materials synthesis, carbon capture, energy storage, techno-economic modelling, automotive emissions, and renewable energy technologies.
Research Portfolio
Research at MIT
Harvesting Fresh Drinking Water from Air
Process Optimization for Cost- & Energy-Efficient Materials Synthesis
Techno-economic Analysis Comparing Batch & Flow Synthesis
Modelling Crystallization Kinetics for MOFs & Zeolites
Heat Transfer Modelling in Flow Reactors
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Academic Projects at MIT
Scenarios for Carbon Neutral MIT
Product Design for Improved Adherence to Medication
Diesel Engine Lubricants, Emissions, and After-treatment System Development
Multiscale Characterization of Soot Ecosystem in Heavy-Duty Diesel Engines
3D X-ray Computed Tomography and Numerical Simulation to Investigate Influence of Ash on DPF Permeability
Phase Transitions of Ash from field-aged DPFs and Performance Recovery Methods
Role of Engine Oil Dispersant Formulations on Soot-Induced Wear
Mid-channel Ash Deposits in DPF (Diesel Particulate Filters)
Previous Research in Tribology, Lubricants Formulation, and Wear Testing
- Metallo-organic Friction Modifiers in Lubricating Greases
- Wear and Friction Behaviour of Greases under Spectrum Loading
- Aerospace Grease Characteristics with MoS2 and PTFE/ZDDP Formulations
- Role of MoS2 Morphology on Wear & Friction Behavior of Greases
- Grease Formulations with Organic & Inorganic Sulfur Additives
Evaluation of wear track obtained from a MOS2-based extreme-pressure grease using a 4-ball wear test
Variations in Torque (Nm) and Coefficient of Friction using different grease formulations under Cyclic Loading Conditions
