Office Depot - Boca Raton, Florida since Jan 2008
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Merchandising DirectorRT Sourcing USA, Inc.
Oct 2005 - Dec 2007
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Sr. Business ManagerCorporate Express - South Florida Sep 2000 - Sep 2005
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Business Furniture Sales ManagerFreedman's Office Furniture
Aug 1995 - Aug 2000
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General Manager
Education:
Florida State University - College of Business 1989 - 1991
Interests:
Saltwater sport fishing, reading, cooking, travel, amateur carpentry, local history
Owner, Miller Direct Inc.
Position:
Owner at Miller Direct Inc.
Location:
West Palm Beach, Florida Area
Industry:
Marketing and Advertising
Work:
Miller Direct Inc.
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Owner
Education:
University of Florida 1980 - 1984
John Miller - Wellington, FL
Work:
AECOM/DYNCORP Aviation maintenance electronics technician IIU.S Army - Fort Carson, CO UNMANNED AERIAL VEHICLE REPAIR/ MANAGERU.S Army - Fort Bragg, NC Armament, Electrical, and Avionics Systems Repaired/ Team Lead
President At Miller, Inc.
Position:
President at Miller, Inc.
Location:
West Palm Beach, Florida Area
Industry:
Construction
Work:
Miller, Inc.
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President
President At John P Miller Cpa Pa
Position:
president at john p miller cpa pa
Location:
West Palm Beach, Florida Area
Industry:
Accounting
Work:
john p miller cpa pa
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president
Owner, John Miller D.d.s.
Position:
Owner at John Miller D.D.S.
Location:
West Palm Beach, Florida Area
Industry:
Health, Wellness and Fitness
Work:
John Miller D.D.S.
-
Owner
Thermomechanical Treatment For Nickel Base Superalloys
US Patent:
3975219, Aug 17, 1976
Filed:
Sep 2, 1975
Appl. No.:
5/609861
Inventors:
Marvin Martin Allen - W. Palm Beach FL John Alois Miller - Lake Park FL Bruce Edward Woodings - Houston TX
Assignee:
United Technologies Corporation - Hartford CT
International Classification:
C22D 110
US Classification:
148 115P
Abstract:
A thermomechanical treatment for producing useful microstructures in the nickel base superalloys is described. The process is applied to material which has been placed in a condition of super-plasticity, and utilizes isothermal hot deformation under conditions which produce a uniform dislocation density and a resultant propensity for abnormal grain growth. The material is then recrystallized in a thermal gradient to produce a final structure consisting of elongated grains.