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Frank E Arthurs

from Lakeview, OH
Age ~47

Frank Arthurs Phones & Addresses

  • Lakeview, OH
  • 58155 Richport Dr, Senecaville, OH 43780
  • 21100 Fleckinger Rd, West Mansfield, OH 43358 (937) 982-3283
  • Groveport, OH
  • Galloway, OH
  • Columbus, OH

Work

Company: Griffin wheel company Jan 2008 Position: Sr. reliability engineer

Skills

Preventive Maintenance • Root Cause Analysis • 5S • Fmea • Continuous Improvement • Spc • Maintenance Management • Lean Manufacturing • Project Engineering

Industries

Mechanical Or Industrial Engineering

Resumes

Resumes

Frank Arthurs Photo 1

Senior Reliability Engineer

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Location:
58155 Richport Dr, Senecaville, OH 43780
Industry:
Mechanical Or Industrial Engineering
Work:
Griffin Wheel Company since Jan 2008
Sr. Reliability Engineer

Griffin Wheel Company - Columbus, Ohio Area Jan 2006 - Jan 2008
Production Superintendent

Griffin Wheel Company - Columbus, Ohio Area Jan 2000 - Jan 2006
Maintenance Superintendent

Griffin Wheel Company - Columbus, Ohio Area Jan 1990 - Jan 2000
Maintenance Forman
Skills:
Preventive Maintenance
Root Cause Analysis
5S
Fmea
Continuous Improvement
Spc
Maintenance Management
Lean Manufacturing
Project Engineering

Publications

Us Patents

Riser Topping Gathering System And Method

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US Patent:
63184451, Nov 20, 2001
Filed:
Jun 23, 2000
Appl. No.:
9/602429
Inventors:
Michael E. Smorynski - Cary IL
Craig L. Peters - Western Springs IL
Greg M. Morris - Chicago IL
Frank E. Arthurs - Senecaville OH
Assignee:
AMSTED Industries Incorporated - Chicago IL
International Classification:
B22D 2900
B22D 1706
US Classification:
164131
Abstract:
A riser topping gathering system and method are disclosed. The system and method are used in gathering riser topping material from the riser cavities of the cope portion of a mold. A capture hood includes high-pressure air outlets and is connected to a duct system, collector and air moving mechanism. The capture hood is moved into contact with the top of the cope mold portion. The air moving mechanism pulls a stream of ambient air over the top of the cope mold portion while high pressure air is pulsed into the riser cavities through the high air pressure outlets. The pulses of high-pressure air activate the riser topping materials and raise them out of the riser cavities and into the path of the ambient air in the capture hood. The moving ambient air carries the riser topping material out of the capture hood and into the duct system. The air and riser topping material is moved to the collector where the riser topping material is separated from the air.
Frank E Arthurs from Lakeview, OH, age ~47 Get Report