Pooja Ghatge

The normal load for various interferences under hertzian regime is studied for
different coating thickness, Yield Strength and Young’s modulus of both the coating and the
sphere.

Capable to find out the different efficiency of the axial turbine along with the Stage
loading factor, Mean Radius rotor, Stage loading factor, Stage reaction factor, actual power
developed from the turbine.

Design for minimum first cost an air cooled condenser that rejects 140 kW of heat

To develop models of second order system in MATLAB and verified by analytical solution to address the response of a simple single degree of freedom mechanical mass,spring, dashpot system due to initial conditions of displacement and velocity;
2)To identify the system as under damped, critical-damped, over damped and their corresponding response,
3)To apply the superposition principal to the find the system response with both initial condition and input force applied,
4) To find the… Show more

To develop models of second order system in MATLAB and verified by analytical solution to address the response of a simple single degree of freedom mechanical mass,spring, dashpot system due to initial conditions of displacement and velocity;
2)To identify the system as under damped, critical-damped, over damped and their corresponding response,
3)To apply the superposition principal to the find the system response with both initial condition and input force applied,
4) To find the transit response specification of a second system. Show less

 Site inspection of Bharat Petroleum Corporation Ltd. (BPCL) petroleum product tanks in storage terminals pertaining to its fire safety involving fire water lines / foam lines, fire water pumps and sprinklers.
 Report writing on storage and handling of petroleum products.
 Calculate thermal expansion and pipe stress base on design/operating temperature and pressure.

FINITE ELEMENT STUDY OF NORMAL AND SLIDING CONTACT BEHAVIOR
OF ANALYTICAL RIGID SPHERE ON A COATED DISK UNDER ELASTIC REGION

The contact of a slider with a rotating disk in a hard disk drive was analyzed using the finite element method. A three dimensional, contact model was developed to study the mechanical response during the contact of a spherical slider corner on a rotating disk. The model was validated by comparing the finite element results with analytical solutions using… Show more

FINITE ELEMENT STUDY OF NORMAL AND SLIDING CONTACT BEHAVIOR
OF ANALYTICAL RIGID SPHERE ON A COATED DISK UNDER ELASTIC REGION

The contact of a slider with a rotating disk in a hard disk drive was analyzed using the finite element method. A three dimensional, contact model was developed to study the mechanical response during the contact of a spherical slider corner on a rotating disk. The model was validated by comparing the finite element results with analytical solutions using Hertzian criteria. Stress and Load were obtained for various displacement. The effects of coating on the disk were also investigated by introducing a layer with different material properties. It was found that for a rounded slider corner and normal contact displacement studied in this work, the coating has an insignificant effect on the mechanical response such as load and predictable effects on the deformation of disk and coating within the limit of the study. Show less

1) Solely responsible for design of a fixture for interior automotive subassembly for a leading
automotive manufacturer.
2) Made drawings of over 500 automotive components.
3) Initiated, organized many cross functional team meeting and managed project documents.
4) Assisted senior engineers in new design and DFMEA

• Conducted Maynard Operation Sequence Technique (MOST) calculations for C-class, M-class, E-
class. & Line balancing calculations for new plant.
• Worked on Environmental Review process: reviewing a project and its potential environmental
impacts to determine whether it meets federal, state, and local environmental standards.
• Body- Assembling Process & Infrastructure Planning.
• Responsible for design, procurement, installation and commissioning of assembling line for 2… Show more

• Conducted Maynard Operation Sequence Technique (MOST) calculations for C-class, M-class, E-
class. & Line balancing calculations for new plant.
• Worked on Environmental Review process: reviewing a project and its potential environmental
impacts to determine whether it meets federal, state, and local environmental standards.
• Body- Assembling Process & Infrastructure Planning.
• Responsible for design, procurement, installation and commissioning of assembling line for 2 luxury passenger car models
• Supported Logistics Process & Infrastructure Planning Show less

• Increasing systematic production
• This project highlights the Japanese methodology ‘Heijunka’ for leveled production planning.
• Levelled production as a tool of management from VSME’s modules.
• Formulated experimental data based model through MATLAB programming.
Production levelling for a medium scale firm using Heijunka method (Pooja Engineers Ltd).
1. Project highlights the Japanese methodology ‘Heijunka’ for leveled production planning.
2. Experiments were conducted on… Show more

• Increasing systematic production
• This project highlights the Japanese methodology ‘Heijunka’ for leveled production planning.
• Levelled production as a tool of management from VSME’s modules.
• Formulated experimental data based model through MATLAB programming.
Production levelling for a medium scale firm using Heijunka method (Pooja Engineers Ltd).
1. Project highlights the Japanese methodology ‘Heijunka’ for leveled production planning.
2. Experiments were conducted on three machines for the duration of three months
3. Equations were formed so as to optimize the production and overall equipment efficiency in the
terms of quantity produced, operator used and time loss.
4. In this study, a generalized field data based model was developed to simulate the application of
Heijunka tool for the leveled production planning.
Show less