Chandrima Jana Maiti
Industry Process Consultant @ Dassault Systèmes
About
●Currently, Industry Process Consultant with Dassault Systems ●Primary responsibilities include engaging with clients to solve their engineering problems with Dassault’s solution portfolio (3DExperience, CATIA, Cameo Enterprise Architecture) ●Proficient in SysML, Model Based System Engineering principles ●Trained as a Mechanical Engineer specializing in computational fluid dynamics and heat transfer modeling ●Strong background in modeling of turbulent flows, two-phase flows, capillary flows through porous media and heat transfer ●Proficient in the use of commercial and open source computational tools such as Ansys Fluent and OpenFOAM ●Data analysis and visualization - Excel, MATLAB, Python Experience includes ●Industry Process Consultant, Dassault Systems ●R&D of consumer goods products for Procter & Gamble (P&G) ●Occupational safety and health-related challenges for NIOSH ●Engineering and support services to global clients as part of Engineering Services Division, Tech Mahindra Software skills ●MBSE tools - Cameo Enterprise Architecture ●CFD solvers - Ansys Fluent/Workbench, OpenFOAM, Star CCM+ ●Grid generation tools - Gambit, GridGen, Pointwise, SpaceClaim ●Visualization tools - Tecplot, Ansys Ensight, Paraview, MATLAB ●Programming languages - MATLAB, C/C++, Python, Parallel computing with MPI ●CAD - CATIA, SpaceClaim, SolidWorks, Solid Edge, GeoDict
United States
Cincinnati Metropolitan Area
Management Consulting
CFD, Simulations, Mechanical Engineering, ANSYS, Modeling, Microsoft Office
Experience
Industry Process Consultant
Dassault Systèmes
Ohio, United States
Doctoral Student
University of Cincinnati
● Performed RANS simulation of turbulent flow through square duct over a large range of Reynolds number (Re) ● Characterized secondary cross-flow behavior near laminar-turbulent transition and their asymptotic behavior for high Reynolds number ● RANS-VOF modeling of density-stratified air-water flow in a 2D channel at different fill levels ● Studied the flow when either or both of the phases are turbulent and their interaction across the free surface ● Extended the numerical model of density-stratified two-phase flow to a 3D rectangular duct ● Studied the flow behavior near junction of free surface and wall boundary; the mixed-boundary corner ● Compared the RANS-VOF model with the shear-free boundary approximation (an often used simplification for the air-water free surface)
Graduate Research Assistant
University of Cincinnati Simulation Centre
● Numerically modeled flow through different porous media samples using OpenFOAM ● Characterized the samples based on the permeability to evaluate their performance under natural flow condition ● Studied the effect of fiber orientation on the permeability of the samples ● Simulated flow through a mechanical anvil component to evaluate a new proposed design using Ansys Workbench ● Calculated the pressure and mass flow rate distribution on the points of interest under different operating conditions
Graduate Research Assistant
National Institute of Occupational Health
● Simulated flow in a fiber separating device; Bauer McNett separator, as part of a larger study on asbestos toxicity ● Numerically modeled flow through a simplified geometry representative of the device ● Computed the shear stress distribution on the separating screen to understand fiber alignment propensity
Design Engineer
Tech Mahindra
Hyderabad
Airbus A-380 Offshore Support Team ● Worked on a re-development project which involved locating pre-identified auxiliary cables in the virtual aircraft model on dVISE (an engineering data access tool). ● Designed alternative route layout (per industry guidelines) for pre-identified auxiliary aircraft cables using visualization tool dVISE and CATIA V4. Lennox HVAC System Support Team ● Migrated CAD models of HVAC components from Pro E to Solid Edge ● Created component and assembly drawings of HVAC systems using Solid Edge
Trainee
Schenck Avery Ltd
India
● In-plant trainee and shadow - reading machine drawings, observing assembly process ● Generated detailed drawings of machine parts using AutoCAD
Education
University of Cincinnati
Mechanical Engineering
University of Cincinnati
Mechanical Engineering
Visvesvaraya Technological University
Mechanical Engineering
Chandrima Jana Maiti's Contact Information
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