Durga Prasanth Dude

The aim is to validate the predictive capability of PROCRACK with Rolls-Royce’s standard validation examples. Setting up PROCRACK config file with the fracture parameters,meshing parameters and performing Crack Propagation analysis at various stress states. Performing the analysis in Franc3D and comparing the SIF's of Crack fronts with PROCRACK. Estimating the Crack trajectory of complex rotative components of Aero engine under complex loading conditions Tools: PROCRACK,Franc3D,ABAQUS,NX

Novel test setup to determine the effects of Biaxial Fatigue behaviour under simultaneous HCF Load • Stress Analysis with different Multiaxial stress states and Prediction of Fatigue life under assumptions by scaling uniaxial test data. • Multiaxial Crack Propagation Analysis using Procrack on Cruciform Specimen. Tools: SC03(Internal Software),ProCrack,Abaqus,NX.

Tasks:Optimization study of Magnets, FEM simulation of electromagnectic field of an engine, Thermal simulations. Tools: Flux motor, Flux, Hyperstudy.

Tasks:Support of design modules in component design,Topology Optimization specifically for investigation of potential for improvement and examination of strength of various components by stress analysis. Tools: Hypermesh,Optistruct

• Extensive experience in Performing the NORMAL MODE analysis for BIW and SUBSYSTEMS by using HYPERMESH as a preprocessor, Abaqus as a solver, Hyper view as the post processor for checking the welding and other connections. • Efficient in the usage of durability connections such as Bolting, Spot welds, Sealers, Arc weld, Hemming of door outer and inner panels etc.

• Proficient in Data Modeling Using Hypermesh (Pre-Processing) followed by Solving & Post Processing Using Abaqus solvers. • Experienced in assembly connectivity , deck preparation,error debugging, submitting the run and checking model behavior after the completion. • Effective in guidelines for special modellings like PAINT modelling, CAVITY modelling for optimization. • Profound skill in Modeling of Plastic Components, such as COWL TOP COVER,BUMPER COVERS, DOOR TRIMS, DOOR MODULE, CONSOLE, etc

Mechanics of Materials, Non-linear Finite element methods, Advanced Numerical Methods, Continuum Mechanics, Fracture Mechanics computations, High Performance Computing.

Engineering Mechanics, Strength of Materials,Kinematics of Machines, Dynamics of Machines,Thermal Engineering,Heat transfer, Mechanical Vibrations, Automobile Engineering, Finite Element Methods, C programming,Labview.