Edward W. Savage is a manufacturing engineer with over 30 years of experience in induction hardening, welding, plastics, stamping, and metal forming. He has a bachelor's degree in mechanical engineering technology and an associate degree in mechanical technology. His most recent role was as a laboratory manager from 2003-2009 at Delphi Saginaw Steering, where he supervised technicians and processes for prototype steering components. He has competencies in lean manufacturing, six sigma, geometric tolerancing, and preventative maintenance.
I have total of 12 years’ experience in oil and gas sector. I have attained Bachelor’s Degree in Mechanical Engineering from Mumbai University.
Given any opportunity that meets my experience and qualification to enhance my career I will work to my highest potential and thereby prove to be an asset to your organization, which will also ensure my career growth.
I have total of 12 years’ experience in oil and gas sector. I have attained Bachelor’s Degree in Mechanical Engineering from Mumbai University.
Given any opportunity that meets my experience and qualification to enhance my career I will work to my highest potential and thereby prove to be an asset to your organization, which will also ensure my career growth.
Effect of controlling parameters on heat transfer during spray impingement co...BIBHUTI BHUSAN SAMANTARAY
The heat transfer characteristics of air-water spray impingement cooling of stationary steel plate was experimentally investigated. Experiments were conducted on an electrically heated flat stationary steel plate of dimension 120 mm x 120 mm x 4 mm. The controlling parameters taken during the experiments were air-water pressures, water flow rate, nozzle tip to target distance and mass impingement density. The effects of the controlling parameters on the cooling rates were critically examined during spray impingement cooling. Air assisted DM water was used as the quenchant media in the work. The cooling rates were calculated from the time dependent temperature profiles were recorded by NI-cRIO DAS at the desired locations of the bottom surface of the plate embedded with K-type thermocouples. By using MS-EXCEL the effects of these cooling rate parameters were analysed The results obtained in the study confirmed the higher efficiency of the spray cooling system and the cooling strategy was found advantageous over the conventional cooling methods in the present steel industries.
I have total of 12 years’ experience in oil and gas sector. I have attained Bachelor’s Degree in Mechanical Engineering from Mumbai University.
Given any opportunity that meets my experience and qualification to enhance my career I will work to my highest potential and thereby prove to be an asset to your organization, which will also ensure my career growth.
I have total of 12 years’ experience in oil and gas sector. I have attained Bachelor’s Degree in Mechanical Engineering from Mumbai University.
Given any opportunity that meets my experience and qualification to enhance my career I will work to my highest potential and thereby prove to be an asset to your organization, which will also ensure my career growth.
Effect of controlling parameters on heat transfer during spray impingement co...BIBHUTI BHUSAN SAMANTARAY
The heat transfer characteristics of air-water spray impingement cooling of stationary steel plate was experimentally investigated. Experiments were conducted on an electrically heated flat stationary steel plate of dimension 120 mm x 120 mm x 4 mm. The controlling parameters taken during the experiments were air-water pressures, water flow rate, nozzle tip to target distance and mass impingement density. The effects of the controlling parameters on the cooling rates were critically examined during spray impingement cooling. Air assisted DM water was used as the quenchant media in the work. The cooling rates were calculated from the time dependent temperature profiles were recorded by NI-cRIO DAS at the desired locations of the bottom surface of the plate embedded with K-type thermocouples. By using MS-EXCEL the effects of these cooling rate parameters were analysed The results obtained in the study confirmed the higher efficiency of the spray cooling system and the cooling strategy was found advantageous over the conventional cooling methods in the present steel industries.
Porous media has two specifications: First its dissipation area is greater than the conventional fins that enhance heat convection. Second the irregular motion of the fluid flow around the individual beads mixes the fluid more effectively. Nanofluids are mixtures of base fluid with a very small amount of nanoparticles having dimensions from 1 to 100 nm, with very high thermal conductivities, so it would be the best convection heat transfer by using porous media and nanofluids. Thus studies need to be conducted involving nanofluids in porous media. For that, the purpose of this article is to summarize the published subjects respect to the enhancement of convective heat transfer using porous media and nanofluids and identifies opportunities for future research.
This technique works by generating ions or electrically
charged atoms using electrodes placed close to one
another on a computer chip. Generated ions are passed
from electrode to electrode, with collisions between ions
and neutral air atoms propelling the air forward in what is
called the corona wind effect – the process that cools.
Heat transfer enhancement through different circular diametrical dimple surfa...eSAT Journals
Abstract The prime objective of present work is to study experimentally the heat transfer enhancement through different circular diametrical dimple surfaces in longitudinal and lateral directions. In this paper horizontal rectangular plates of Stainless Steel and Galvanised Iron with different circular diametrical dimples (like 11mm , 14mm ) for in-line arrangements were studied in forced convection with varying laminar external flow condition. The various parameters considered for study are Reynolds Number, Nusselt number, Prandtl Number, Co-efficient of Friction, Heat transfer coefficient and heat transfer rate for a constant Prandtl number (0.698) It has been found that the heat transfer coefficient and heat transfer rate increases for various dimple surfaces as compared to plane surface. It has been also found that the heat transfer coefficient and heat transfer rate increases along longitudinal direction as compared to lateral direction. And it is seen that heat transfer rate is maximum for larger diameter (14mm) of dimple. For circular dimples, heat transfer enhancements (relative to a flat plate) were observed for Reynolds number range from 350 to 550. Index Terms: Dimple plates, Forced Convection, Heat transfer Enhancement
Types of Reports
What makes a good report?
How to Write Reports
Clarity and Structure
Figures and Tables (floats)
Technical Issues
Sales Proposals
Computer Reports
Anatomy of a Report
Future of Reports
Further reading
Conclusions
How to Be Confident With Girls - One "Mini-Courage" at a TimeFrankie Cola
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How to Text Girls to Get Dates Over and Over Again By Using These 7 Expert Te...Frankie Cola
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ENHANCEMENT OF HEAT TRANSFER IN SHELL AND TUBE EXCHANGER USING NANO FLUIDS Vineeth Sundar
Nano fluid is a new engineering fluid which could improve the performance of heat exchanger.
The aim of this paper is to study the effect of different particle shapes (cylindrical, bricks, blades, and platelets) on the overall heat transfer coefficient, heat transfer rate and entropy generation of shell and tube heat exchanger with different baffle angles and segmental baffle.
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1. Edward W. Savage Phone: 1-989-777-6738
4452 Busch Road Cell: 1-989-928-1565
Birch Run, MI 48415
MANUFACTURING ENGINEER
Manufacturing Engineer with experience in Induction hardening, welding, plastics,
stamping and metal forming. Also, experienced in Plant Engineering. Team
oriented individual with good interpersonal skills.
CORE COMPETENCIES
Lean Manufacturing Unigraphics
Six Sigma (Green Belt) Kanban Systems
Geometric Tolerancing Preventative Maintenance
PROFESSIONAL EXPERIENCE
1985-2009 Delphi Saginaw Steering
Laboratory Manager 2003-2009
▪ Supervised Lab Technicians in Induction hardening, welding and plastic
injection of prototype steering components.
▪ Also, supervised the development of processes eventually used in
manufacturing.
Material Coordinator 1999-2003
▪ Supervised expediters in procuring prototype components for prototype
column builds.
▪ Oversaw the actual column build and insured that QS-9000 requirements
were held and that the columns were shipped to the customer on time.
Supervisor of Engineering Garage 1994-1999
▪ Supervised garage mechanics in the installation of prototype components
in automobiles.
Product Engineer in Advanced Product Engineering 1992-1994
▪ Involved in the development of electric power steering.
▪ Completed competitive analysis of competitors rack assist and column
Electric Power Steering Systems.
▪ Also had training in McDonald Douglas Unigraphics.
Supervisor of Tool Room 1991-1992
▪ Supervised tool and die makers and special purpose operators in a tool room
and model shop.
Manufacturing Engineer 1987-1991
▪ Responsible for the design, development and procurement of new model year
stamping and forming dies for the manufacturing of jackets used in steering
2. column assemblies.
▪ Worked with Product Engineering in the design of the jackets.
▪ Oversaw pilot builds for customer approval and GP-3 approval.
Production Supervisor-Press Department 1985-1987
▪ Scheduled the department. Supervised die makers, job-setters and press
operators.
ADDITIONAL RELATIVE EXPERIENCE
Plant Engineer- General Dynamics U.S. Tank Arsenal- Warren, Michigan.
Field Engineer- Bechtel Power Corporation-Midland, Michigan.
Detailer and Layout Designer- Wilson Engineering-Saginaw, Michigan.
Instructor of Strength of Materials and Metallurgy to Skilled Trade Students-
Delta College, Bay City, Michigan.
Plant and Research Engineer- Wickes Engineered Materials- Saginaw, Michigan.
EDUCATION
. Central Michigan University, Mt. Pleasant, MI
▪ Graduate level courses in Industrial Management.
Saginaw Valley State University, Saginaw, MI
▪ Bachelor of Science Degree
Mechanical Engineering Technology
3.14 GPA (on 4.0scale)
Delta College, Bay City, MI
▪ Associate Degree in Mechanical Technology
