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Hodge E Jenkins

from McDonough, GA
Age ~65

Hodge Jenkins Phones & Addresses

  • 612 Banbury Ct, McDonough, GA 30253 (770) 474-3522
  • Macon, GA
  • Lawrenceville, GA
  • Pittsburgh, PA
  • Tucker, GA
  • Smyrna, GA
  • 612 Banbury Ct, McDonough, GA 30253

Work

Company: Mercer university Apr 2017 Position: Chair of mechanical engineering

Education

Degree: Doctorates, Doctor of Philosophy School / High School: Georgia Institute of Technology 1994 to 1996 Specialities: Mechanical Engineering

Industries

Mechanical Or Industrial Engineering

Professional Records

License Records

Hodge E Jenkins

Address:
McDonough, GA 30253
License #:
PE035733E - Active
Category:
Engineers
Type:
Professional Engineer

Resumes

Resumes

Hodge Jenkins Photo 1

Chair Of Mechanical Engineering

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Location:
Macon, GA
Industry:
Mechanical Or Industrial Engineering
Work:
Mercer University
Chair of Mechanical Engineering

Mercer University
Associate Professor

Ofs 2001 - 2002
Member of Technical Staff

Nokia 1996 - 2002
Member of Technical Staff

Thermo Fisher Scientific 1985 - 1987
Project Engineer
Education:
Georgia Institute of Technology 1994 - 1996
Doctorates, Doctor of Philosophy, Mechanical Engineering
Carnegie Mellon University 1990 - 1993
University of Pittsburgh 1981 - 1985
Masters, Master of Science In Mechanical Engineering, Mechanical Engineering
University of Pittsburgh 1977 - 1981
Bachelor of Science In Mechanical Engineering, Bachelors, Mechanical Engineering
Laurel Highlands Senior High School
Georgia Tech
Doctorates, Doctor of Philosophy

Publications

Us Patents

Magnetic Sweeper Apparatus And Method

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US Patent:
54819830, Jan 9, 1996
Filed:
Oct 27, 1994
Appl. No.:
8/330351
Inventors:
Alberto M. Guzman - Pittsburgh PA
Hodge E. Jenkins - Pittsburgh PA
Ronald R. Newman - Arlington TX
Suryanarayan G. Sankar - Upper St. Clair PA
John G. Tabacchi - Oakmont PA
Assignee:
Burlington Northern Railroad Company - Fort Worth TX
International Classification:
B61F 1906
US Classification:
104279
Abstract:
A magnetic sweeper 20 is disclosed for capturing airborne particles which exhibit ferromagnetic behavior. The magnetic sweeper 20 uses a magnet(s) 43 having a magnetic field strength which captures particles coming within a predetermined distance of the magnet 43. A non-magnetic endless belt 31 is arranged about the magnet 43, wherein the particles are impinged against the belt 31 by the magnetic field lines of flux. This area is defined as a particle capturing first station. The belt 31 moves the captured particles further away from the magnet 43 to a second station. Located at the second station is a collector which includes a vacuum, a brush 41 and a particle flange. As will be appreciated by those skilled in the art, the magnetic field strength diminishes with distance from the magnet 43. Accordingly, after a certain distance from the magnet 43, the field strength drops to a point where the particles fall from the belt 31. When the particles are released, the particles are entrained in a vacuum and transported to a storage location 32 using the vacuum.

Housing For An Optical Fiber Preform Torch

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US Patent:
6767205, Jul 27, 2004
Filed:
Mar 25, 2003
Appl. No.:
10/397029
Inventors:
Hodge E. Jenkins - McDonough GA
Lazhar Mazlout - Duluth GA
Tadeusz Olewicz - Hoschton GA
Fred P. Partus - Atlanta GA
Assignee:
Fitel USA Corp. - Norcross GA
International Classification:
F23D 1136
US Classification:
431343, 431153, 431159, 431354, 239423, 2394245
Abstract:
A torch and mount assembly wherein the torch, which has a plurality of gas receiving nipples is carried in a housing through which it extends. The housing has a plurality of walls forming a substantially air tight enclosure. In at least one wall of the housing are one or more leakproof fittings which are connected to similar leakproof fittings for the nipples by means of preferably flexible gas conduits within the housing. In the system, gaseous mixtures are applied from a source or sources to the fittings in the housing wall remote from the high temperatures of the torch, while the conduits within the housing are protected from mechanical and thermal stresses. An inert gas from a suitable source is introduced under pressure into the interior of the housing to reduce leakage from the torch into the housing. The atmosphere within the housing is heated, and the constituents of the housing atmosphere are monitored to aid in detecting leakage.
Hodge E Jenkins from McDonough, GA, age ~65 Get Report