Engineering Mechanical

PRUDHVI KRISHNA VEMULAPALLI

847-***-****, **************@*****.***

OBJECTIVE

Seeking for full time position in engineering industry, where my resourceful experience and academic skills will add value to organizational operations.

EXPERIENCE:

Overall 2+ years of hands on experience in 3D CAD modeling, meshing and FE analysis including structural, dynamic, thermal, fatigue, non - linear analysis of powertrain components using ABAQUS.

Experienced in designing mechanical equipment using Unigraphics NX, CATIA and generating 2D engineering drafting.

Prepared numerical problem involved meshing, applying loads, masses, constrains using Hypermesh.

Analyzed safety and damage-ability for automotive products to meet federal motor vehicle safety standards (FMVSS). Analyzed exterior plastic parts for thermal load effects.

Developed non-linear dynamic low speed impact simulations of bumpers using Abaqus, LS-Dyna, and Radioss FEA plus utilized IDEAS and Catia CAD software

Analyzed CAE analysis results and made recommendations for changes or modification and created analysis report files and Power Point presentations.

Knowledge of material selection, procurement, manufacturing Processes, quality control and testing involved with several full scale product design lifecycles.

TECHNICAL SKILLS

Software’s: SOLIDWORKS, CATIA V5, UG, Adams View, ANSYS (Workbench), LS Dyna, Hypermesh and Abaqus, Microsoft office tools.

EDUCATION

M.S., Mechanical Engineering, Expected Aug 2016 (Wayne State University) GPA (3.3)

Relevant Courses: FEM, Composite Materials, Crashworthiness and Occupant Protection in Transportation Systems- I, Manufacturing Processing Mechanics and Engineering Non-Destructive Evaluation (NDE), Manufacturing processing Mechanics, Automotive Manufacturing Systems and Processes, Value Engineering.

B.Tech. Mechanical Engineering. (GPA 3.5 with Distinction)

JNTU Hyderabad, India.

Relevant Courses: Theory of Machines, Production Technology, Advanced Thermodynamics, Automobile Engineering, Machine Tools, Design for Manufacturing, Engineering Drawing & Fluid Mechanics and Hydraulic Machines.

EXPERIENCE

Mechanical Engineering Intern, MAY 2013 – AUG 2013 National Small Industries Corporation (INDIA)

• Studied blueprints or layouts and determine sequence of operations and finished dimensions of workpiece.

• Developed excellent analytical problem-solving skills in order to solve difficulties which arise on the production floor.

• Successfully communicated with programming and engineering on improving part quality and run-time improvements.

Engineering Intern, DEC 2013 - MARCH 2014 Volkswagen (INDIA)

• Assisted the workshop manager in tracking inflow and outflow of vehicles.

• Assisting the manager in taking care of quality and spare part replacement on vehicles.

• Delivered reports for internal and external activities throughout the workshop to the supervisor.

• Prepared cost estimate for spare part requests and orders for replacements in vehicles.

ACEDEMIC PROJECTS

Crashworthiness and Occupant Protection in Transportation Systems

Head on frontal impact test for a Hatchback car with a full frontal fixed barrier.

Frontal impact test for a Hatchback car and Ford Torus with 40% offset head on collision

Roof crush test for Chevy Silverado and Ford Torus

Side impact test with a moving deformable barrier on a Mini Van

Side pole impact for a moving SUV

Manufacturing Processing Techniques

Stress concentration of a plate with a circular hole under uniaxial tension.

To calculate the stress at the contact interface of two identical blocks when they push against each other under a uniform pressure.

Press fit analysis for a whole model of the bearing.

Calculation fatigue life of the piston when the temperature is repeatedly applied.

To determine the static deflection of the lug when a load is applied to the bolt in the negative Y direction.

Finite Element Methods:

Analyzing the Bracket for stress performance using Hypermesh.

Stress analysis for a stepped shaft and determining the circular cross section for a given bending stress using optistruct.

Validation of patch test for a rectangular plate in plane stress.

Stress analysis for a plate with hole subjected to tensile stress using Hypermesh.

Design and Analysis of Metal Forming Using Explosive Forming Chamber

Designed an explosive chamber and studied about deformation of sheet metal under explosive charge.

Manufacture of a Punch & Die Model Component using CNC Vertical Machining Centre

Studied about programming in CNC and properties of the deformation of the model component

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