Satish Perivilli Email & Phone Number

Rockville, Maryland, United States

Preparation and presentation of publications and technical reportsLeadership on research and collaboration projects

Rockville, Md

Collaboration on Particle Image Velocimetry (PIV) investigation of hydrodynamics in Dissolution Apparatus 1 (Basket Apparatus) Computational Fluid Dynamics (CFD) characterization of hydrodynamics in a Dissolution Apparatus 2 (Paddle Apparatus) and parametric studies using ANSYS WorkbenchCFD characterization of hydrodynamics in Dissolution Apparatus 1 (Basket Apparatus) using ANSYS WorkbenchExperimental investigation of the hydrodynamics and associated influence of operational and geometric parameters in Dissolution Apparatus 3 (Reciprocating Cylinder) using PIVVibration analysis to understand environmental vibration present in dissolution laboratories Design contributions to the (external) development of a customized vibration monitoring system Preparation and presentation of publications and technical reportsLeadership on research projects

Rockville, Md

CFD characterization of hydrodynamics in Dissolution Apparatus 3 (Reciprocating Cylinder) and associated parametric influence using dynamic meshing, porous jump calculations, VOF formulation and variable time-stepping schemes within ANSYS Workbench environmentCFD investigation of the effects of varying geometric parameters on hydrodynamics in Dissolution Apparatus 2 (Paddle Apparatus) using Moving Reference Frame methodology with ANSYS FLUENTAnalysis of effects of controlled vibrations on the dissolution profiles of various formulations using paddle apparatusPreparation and presentation of technical reports Technical leadership on research projects

Lynchburg, Va

Contributions to the development of a numerical simulation platform based on first principles of fluid mechanics, heat transfer and thermodynamics with application to once-through variable pressure boilersBuilding of simulators for coal-fired power plants that included numerical models of process, controls, electrical loads, auxiliary equipment and hard panelsTesting towards the development and enhancement of new FORTRAN modules representing sectional boilers, furnace fluid circuitry, superheaters with enclosures and vertical steam separatorsDynamic testing of power plant models by running through a series of startup, load ramp-up and ramp-down scenarios

Lynchburg, Va

Lead engineer for multiple furnace draft analyses on models of existing and proposed configurations of domestic and international coal-fired power plantsSteady-state and dynamic testing of power plant models based on constitutive relations of fluid mixing, hydrodynamics, static pressure and level calculations, etc. Examination of the impact of adding environmental equipment by numerically simulating real-life transient scenariosMitigation of transient results for pressure, flow and temperature excursions by designing new or modifying existing control strategies in accordance to NFPA 85 regulationsValidation of models of power plant configurations built from fundamental mass and energy balances, analysis of P&ID and understanding of DCS control logic against steady-state and transient plant data

Cookeville, Tn

Computational heat transfer analysis using dimensionless and 3D numerical models of heat transfer with FLUENT for applications in Friction Stir Welding systemsFormulation of a model for heat input using user-defined functions in FLUENT to develop 3D infinite length models Development of analytical solutions for heat transfer in a 2D infinite domain using FORTRANValidation of results obtained from parametric studies against those available in literature

Cookeville, Tn

Administration of “Fundamentals of Engineering Mechanics” classes for 35 students with complete responsibilities of teaching, grading and evaluating studentsStudent support with online class materials and home work Mentoring of FE exam taking students with review sessions on Statics and Dynamics

Cookeville, Tn

Analysis of heat transfer around a stationary line source in a semi infinite domain using 1D and 2D FEA models with FORTRANValidation of results with exact solutions.Extension of the finite element formulation to 3D and investigation of temperature distributions for various geometriesFormulation of FEA models of heat transfer around moving sources for performing real time case studies

Ph.D., Mechanical Engineering

Ms, Mechanical Engineering

Be, Mechanical Engineering