Naveen Uddagiri

Assembly and part drawing creations. Designing the cad for the tools used in PreciTrack3D for ergonomic use of the customers in quality and tubing market.  Minimizing manufacturing cost by efficient designs.  Curvy designs according to latest trends and Technical documentation. Modification of 3D CAD data to ease manufacturing. Software used: CATIA and Solid works. Master

Airbag deployment simulation and folding techniques in airbags. Development and Evolution of new Concepts. Development of components in Aircraft seating. Objective is to modify the airbag shape. Improved the quality of the folding and reducing the penetrations. Increase the safety of passenger. Software used: LS-DYNA (SIMULIA), LS-Prepost, ANSA (CAD) and Hyper Works.

Improvement of flow rates in sensor pipes and calculation of the damping forces. Modification of 3D CAD data to ease manufacturing.  Design of different metal components for installation of fuel pipeline in field of aerospace. Damping ratio calculation done using fluid density. To reduce the vibrations and improve the quality. Software used: COMSOL Multi-physics (SIMULIA), ANSYS, CATIA & Autodesk Inventor.

Calculate the Aerodynamic coefficients and trajectory for 3 kg practice its trajectory.  Concept generation and details design from prototype to serial production.  Assembly and part drawing creations.  Responsible for design of assembly and its individual components.  Stress and strain analysis and Load calculation. Software used: COMSOL Multi-physics (SIMULIA), ANSYS, CATIA & Auto-CAD.

Airfoil high Lift/Drag ratio among foils that were selected for numerical analysis. Responsible for design of single parts and assembly in Aircraft structures with CAD system and Load calculation. Changing the shapes of airfoil without changing fuselage. Formalizing requirements on the example of a realistic Aeronautic case study. Software used: Gambit, Fluent (SIMULIA), Auto CAD/CAM (2D, 3D), CATIA, Mat lab, C, C++ and VHD.

Advanced 3D-Design, Finite elements and modeling methods (FEM) Simulation, Scientific Computing, Embedded digital system, Smart materials and sensors,Optical Instruments and Precision Instrumentation.

Finite elements & modeling methods (FEM), computational fluid dynamics (CFD),Structural analysis vibrations, Structural dynamics,Aerospace propellant Flight mechanics, Aerospace vehicles structures, Avionics, Helicopter engineering, Flight vehicle design,

Fluid mechanics & Pneumatics, Solid mechanics, Thermal engineering, Manufacturing and fabrication engineering (welding), Design of mechanics elements, Production technological, Production drawing, Technical andm Assembly drawing (CAD design)..