Uday Pandit

Struktur Simulation und Design Bewertung im Bereich Automotiv (Powertrain) - Finite-Elemente-Analyse - Mehrkörper Dynamik Simulation

Numerical investigation of the influence of cavitation on the primary break up of spray. - Programming and developing thermodynamic models for multiphase flows - Validation and functional extension of solver for spray prediction based on internal flows - Study of cavitation in modern injectors - Study of the primary breakup region in spray - Coupling internal flows to external flow regime

Formulation of transfer functions for mean contact pressure prediction through non-linear contact analysis on piston-sleeve model of high pressure pump. - Finite element analysis for development of new generation HPP - Formulating DOE and analysing the effects on the design of Pump - Modification of model geometries in reference to production process

Multibody simulation in the field of drive technology with Simpack and co-simulation with Matlab/Simulink. - Analysis of the complex coupled dynamic system behavior - The analysis of the stresses of the mechanical components of the Drive train - Vibration analysis for module-based integration

Proposal and Thermal Design Engineer - Heat-Mass Balance diagrams - Performance Curves comprising of Heat-Rate Curves, Load Curves and Start-up Curves - Optimization of thermodynamic cycle and hence the design optimization - Turbine-Generator cycle configuration editing in Generalized Power Heat Balance Program - Worked on the team for performance enhancement of Steam Turbine which resulted in improvement of about 1 percent

Computational Fluid Dynamics, Finite Element Method, Multi Body Dynamics

Fluid Mechanics, Theory of Machines, Thermodynamik, Steam Generation and Power