Arnab Majumdar Email and Phone Number

1) Multi-scale Simulation of hydrogen storage material2) Validation of simulation results with Small Angle Neutron Scattering (SANS) data. 3) Parallelization of sassena, for faster conversion of simulation result to neutron scattering data.

Department- Institute for Materials Applications in Mechanical EngineeringProject Title- Process modeling of FAST (Field Assisted Sintering Technique) in Abaqus.

Department: Institute for Materials Applications in Mechanical EngineeringTite of Project: Optimization of parameter Identification describing the damage model of Selective Laser MeltingDescription: Describing the damage model of products created from Selective Laser Melting Process with the GTN Model, Optimization of parameter identification for the proposed GTN Model, Comparison of simulated result with the identified parameter with the experimental result.Required skills: Strong… Show more Department: Institute for Materials Applications in Mechanical EngineeringTite of Project: Optimization of parameter Identification describing the damage model of Selective Laser MeltingDescription: Describing the damage model of products created from Selective Laser Melting Process with the GTN Model, Optimization of parameter identification for the proposed GTN Model, Comparison of simulated result with the identified parameter with the experimental result.Required skills: Strong theoretical background in Failure of Structures, Tensor Algebra; Coding skill in MATLAB; Software skill in ABAQUS Show less

Department: KontinuumsmechanikProject Guide: Prof. Mikhail ItskovTitle of Project: Material Modelling of non-woven fibrous networkDescription: Calculation of Stress (Second Kirchhoff Piola) from suitable microscopic strain energy considering reorientation of fibers, Calculation of tangent moduli and feeding the model to ABAQUS, Comparison of simulation results with the experimental results.Required skills: Strong theoretical background in Continuum Mechanics, Tensor Algebra;… Show more Department: KontinuumsmechanikProject Guide: Prof. Mikhail ItskovTitle of Project: Material Modelling of non-woven fibrous networkDescription: Calculation of Stress (Second Kirchhoff Piola) from suitable microscopic strain energy considering reorientation of fibers, Calculation of tangent moduli and feeding the model to ABAQUS, Comparison of simulation results with the experimental results.Required skills: Strong theoretical background in Continuum Mechanics, Tensor Algebra; Coding Skill in MATLAB; Software skill in ABAQUS. Show less

Project1: Data-driven computation of glass moulding processes.Brief description: Development of a finite element method without any material model. Experimental data is used as a basis of the calculation.Project2: Multiscale modelling for a thermoelastic problem in case of a glass moulding process.Brief description: development of a multiscale method for determining the contact heat coefficient at the tool interface for glass moulding process.Key skills:- MATLAB, ABAQUS,… Show more Project1: Data-driven computation of glass moulding processes.Brief description: Development of a finite element method without any material model. Experimental data is used as a basis of the calculation.Project2: Multiscale modelling for a thermoelastic problem in case of a glass moulding process.Brief description: development of a multiscale method for determining the contact heat coefficient at the tool interface for glass moulding process.Key skills:- MATLAB, ABAQUS, NX Show less

Title: A continuum shell formulation for anisotropic graphene structures and its comparison to molecular dynamics resultsWorkflow: 1) Development of an anisotropic material model for graphene 2) Implementation of an anisotropic constitutive law for membrane finite element formulation 3) Molecular dynamic simulation of graphene using LAMMPS 4) Comparison of molecular dynamic and continuum mechanic resultsKey competence: 1) Technical: Continuum mechanics… Show more Title: A continuum shell formulation for anisotropic graphene structures and its comparison to molecular dynamics resultsWorkflow: 1) Development of an anisotropic material model for graphene 2) Implementation of an anisotropic constitutive law for membrane finite element formulation 3) Molecular dynamic simulation of graphene using LAMMPS 4) Comparison of molecular dynamic and continuum mechanic resultsKey competence: 1) Technical: Continuum mechanics, Molecular dynamics, Finite Element Method, Computational mechanics 2) Software: MATLAB, LAMMPS Show less

Position: ManagerDepartment: R&D Vehicle TestingJob Description: Durability testing of trucksProjects:1) Conversion of bench testing cycle to vehicle testing cycle for testing of powertrain components. 2) Drivability testing of 31T mining trucks in Mercedes Benz testing arena, Germany. Worked in Worth, Germany for 3 months to support German colleagues of Daimler AG. 3) Structural Durability testing for 31T mining vehicle and 37T rigid vehicle before launching.4)… Show more Position: ManagerDepartment: R&D Vehicle TestingJob Description: Durability testing of trucksProjects:1) Conversion of bench testing cycle to vehicle testing cycle for testing of powertrain components. 2) Drivability testing of 31T mining trucks in Mercedes Benz testing arena, Germany. Worked in Worth, Germany for 3 months to support German colleagues of Daimler AG. 3) Structural Durability testing for 31T mining vehicle and 37T rigid vehicle before launching.4) Validation of oil, clutch wear, brake wear, tire for 31T mining truck and 37 T Highway truck. Achievements:1) Received the 'Achiever of the Month' award two times from Daimler India Department of R&D respectively for the conversion of bench testing cycle to vehicle testing cycle and completion of drivability test of 31T mining truck in Sauberg, Germany. Show less