Aditya Mangaonkar

Product Development- Special Purpose Control Valves Analysing the customer's need and processing valve enquiries with the help of E.R.P. system. Purchasing of Raw material and Inventory Management Understanding Customer Requirements and Co-ordination with different companies in organization, working for cost effective solutions for different projects Production panning and management(PPM),ERP system, Controlling (CO), Sales and Distribution (SD), Production Planning (PP), Materials Management (MM)

Migration of a CFD free surface code to new Kratos environment Validation of the application, Creation of unit tests Flow through Porous media, N-S Equation, Stabilization and fractional step solver.

Numerical Model Development of Mixed Lubrication: Application -Hydrodynamic Bearing Worked in rotating machinery group which works in the area the fluid flow, bearings, seals. Development of a numerical model of mixed lubrication. Application to the Primary Motor-Pump Units (Reactor Coolant Pump- R.C.P.) used in nuclear power plants Study of Reynolds Eqn for calculating hydrodynamic effect, asperity contact mechanism

Modeling And Experimental Analysis of Diesel Engine Using 1d Thermodynamic Tool Use of AVL-BOOST 1D thermodynamic tool for simulation and modeling Validating test result parameters with diesel engine test rig. Parameter changed was injection timings and in project made the use of AVL-Mixing Controlled Combustion Model {Mixing Controlled Combustion, Validation, Simulation

Course Content: F.E.M., Continuum Mechanics. Computational Solid Mechanics, Finite Elements in Fluid, Numerical Methods

Course Content: Turbomachines, Heat Transfer, Design of structures and machine elements, Thermodynamics, Energy management, CAD and CAE