Abhishek Srivastava

• Developed detailed 3D model for simulation analysis of Fire safe systems
• Developed CFD models and validated against experiments
• Build prototypes based on improved designs and simulation
• Complete R&D, concept to prototype
• Collaborated with interdisciplinary teams to conduct comprehensive studies and generate valuable insights.

• Developed computation methodology using high performance computing (HPC) to support design of profile extruded dies for polymer industries
• Numerical model developed helps to reduce the scrap during extrusion process by more than 70%
• Geometry optimization to get the most thermally balanced profiles
• API development (bash scripting) to facilitate the interaction between CAD and calculation solvers

• Droplet fall impact on superheated surfaces with application in spray cooling
• Thermal calculations to understand the cooling effect of different liquids on a superheated surfaces
• Extensive experiments to validate the study using shadography, infrared imaging, laser induced fluorescence
• Enhanced research quality by implementing rigorous methodologies and data analysis techniques.

Thermal study of hot water tanks using phase change materials (solidification/melting) to increase the heat capacity of the storage tank

• Conducted comprehensive literature reviews to identify knowledge gaps and inform future studies.
• Collaboration with Bosch thermotechnology in Portugal
• Prototyping proposal to Bosch for more efficient hot water tanks

• CFD study of a De-Dusting System in Steel Power Plant
• Study of fume flow dynamics
• Corrosion assessment to evaluate system durability
• Particle tracking analysis for dust and pollutant behavior
• In-plant testing to obtain accurate boundary conditions for simulation