Argha Protim Dey

Experience

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  Bosch

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  Master Thesis Student

  Topic: Influence of flow effects on fiber orientation in short fiber-reinforced thermoplastics• Literature research about the state-of-the-art models for finding fiber orientation of fiber reinforced plastics during injection molding using multiscale simulation• Extension of a mechanistic model based on DEM at the particle level to different flow regimes with new definition of forces and boundary conditions• Validation of the modified mechanistic model with experimental results• Analysis of the new model to identify a common parameter set for elongation flow for the process simulation of industrial parts at macroscopic level using FEM in Autodesk Moldflow• Creation and implementation of a new flow-dependent model which considers the influence of different flow regimes for Autodesk Moldflow (Patent filed for the model: 102020204586.0)• Simulation of industrial parts with new hybrid model and validation with the help of CT scans of the part Weniger anzeigen

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  Siemens

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  Werkstudent

  • Operational support of project managers in the field of Agile project management• Processing of problems in project and process management & development of solutions

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  Bosch

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  Multi-scale modelling of deformation behavior of short fiber reinforced thermoplastics using Artificial Neural Networks

  • Simulation Engineer

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  • PhD Candidate

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  Bosch

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  Intern

  • Creation of mechanical simulation models for electric drives using the finite element method in ABAQUS• Automation of model building and simulation processes using Python scripts• Design of press-fit connections and definition of suitable tolerance limits• Systemic investigation of the main influencing factors on the stress on rotor blades under centrifugal force • Thermomechanical simulation of plastic components in context of the overall system • Independent documentation of the results and creation of design guidelines Weniger anzeigen

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  Hero MotoCorp

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  Team Manager - Industrial Engineering

  Industrial Engineering• Monitor and improve productivity and reduce work content• Improvement of line balancing and definition of work guidelines• Personnel planning for direct and indirect areas• Layout planning for creating new facilities and improving operations• Project Management: Installation and commissioning of major automation projects: DC multi-spindle tools, scissor lift, dock leveler, COBOTs• Management: Leading a team member (1 year)