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Horace N Pops

from Fort Wayne, IN
Age ~87
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Also known as:
Nancy Pops
Phone and address:
10610 Pine Mills Rd, Fort Wayne, IN 46845
(260) 637-6979
Related to:
Nancy Pops, 89Jennifer G Pops, 57
Connected to:
David L Pops, 45Laura Pops, 68Andrew A Popsack, 55Benjamin J Popson, 38Diane R Popson, 81Kara L Popson, 49Diane C Popsuj, 71Cristian N Popu, 43Elise M Populin, 38Tracy C Populorum, 58

Horace Pops Phones & Addresses

  • 10610 Pine Mills Rd, Fort Wayne, IN 46845 (260) 637-6979
  • Pittsburgh, PA

Work

Company: Horace pops consulting Jan 2005 Position: President

Education

Degree: Doctorates, Doctor of Philosophy School / High School: University of Pittsburgh 1958 to 1962 Specialities: Philosophy

Skills

Six Sigma • Quality Management • Team Building • Lean Manufacturing • Purchasing • Extrusion • Manufacturing Engineering • Root Cause Analysis • Iso • Metallurgy • 5S • Metals • Supply Chain Management • Negotiation • Process Improvement • Steel • Engineering • Strategic Planning • Materials • Sales Management • Operations Management • New Business Development • Cross Functional Team Leadership • Manufacturing • Value Stream Mapping • Manufacturing Operations Management • Contract Negotiation • Budgets • Business Strategy • Product Development • Kaizen • Process Engineering • Spc • Marketing Strategy • Continuous Improvement

Industries

Mining & Metals

Resumes

Resumes

Horace Pops Photo 1

President

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Location:
Fort Wayne, IN
Industry:
Mining & Metals
Work:
Horace Pops Consulting
President
Education:
University of Pittsburgh 1958 - 1962
Doctorates, Doctor of Philosophy, Philosophy Lehigh University 1957 - 1958
Masters Rensselaer Polytechnic Institute 1954 - 1957
Bachelors
Skills:
Six Sigma
Quality Management
Team Building
Lean Manufacturing
Purchasing
Extrusion
Manufacturing Engineering
Root Cause Analysis
Iso
Metallurgy
5S
Metals
Supply Chain Management
Negotiation
Process Improvement
Steel
Engineering
Strategic Planning
Materials
Sales Management
Operations Management
New Business Development
Cross Functional Team Leadership
Manufacturing
Value Stream Mapping
Manufacturing Operations Management
Contract Negotiation
Budgets
Business Strategy
Product Development
Kaizen
Process Engineering
Spc
Marketing Strategy
Continuous Improvement

Business Records

Name / Title
Company / Classification
Phones & Addresses
Horace Pops
Principal
Horace Pops Consulting Inc
Business Consulting Services
10610 Pne Ml Rd, Fort Wayne, IN 46845
(260) 637-6979

Publications

Us Patents

Inert Gas Purging During Shaft Furnace Shut Down

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US Patent:
47954906, Jan 3, 1989
Filed:
Dec 22, 1987
Appl. No.:
7/136799
Inventors:
James H. Leckie - Huntington IN
Horace Pops - Fort Wayne IN
Assignee:
Essex Group, Inc. - Ft. Wayne IN
International Classification:
C22B 1500
US Classification:
75 76
Abstract:
Processes for providing an inert gas protective atmosphere during shut down periods of a copper melting shaft furnace are described. Upon shut down of the furnace, liquid nitrogen is introduced into the furnace interior and forms gaseous nitrogen upon vaporization. A two-stage process is employed with the initial introduction of liquid nitrogen at a high rate to flush out all oxygen bearing atmospheres from the furnace, followed by the introduction of liquid nitrogen at a lower rate sufficient to maintain the protective nitrogen atmosphere.

Wrought Brass Alloy Having A Low Spring Back Coefficient And Shape Memory Effect

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US Patent:
40147169, Mar 29, 1977
Filed:
Sep 20, 1974
Appl. No.:
5/508098
Inventors:
Amado Cabo - Pittsburgh PA
Horace Pops - Pittsburgh PA
Assignee:
Essex International, Inc. - Fort Wayne IN
International Classification:
C22F 108
US Classification:
148 115C
Abstract:
An improved ternary brass alloy includes silicon as the additive material. The composition limits of the constituents of the brass are fixed by two factors: (1) the M. sub. s or Martensite transformation temperature, and (2) the brass must be a totally beta phase above 454. degree. C. The composition may be betatized, that is, heated at approximately 800. degree. C. and quenched at a fast rate so that the beta phase is retained in order to provide material having a shape memory effect, a low spring back coefficient and super elastic properties. A continuous betatizing and quenching process may be utilized in the manufacture of strip and sheet products. Alternatively, the composition may be hot worked between 600. degree. and 700. degree. C. and then cold worked to provide a material having a low spring back coefficient.

Method For Fabrication Of Brass Alloy

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US Patent:
40554457, Oct 25, 1977
Filed:
Nov 20, 1975
Appl. No.:
5/633580
Inventors:
Horace Pops - Fort Wayne IN
Assignee:
Essex International, Inc. - Fort Wayne IN
International Classification:
C22F 108
US Classification:
148 115C
Abstract:
An improved ternary brass alloy includes silicon as the additive material and may be fabricated to provide a beta brass or a mixed alpha plus beta brass material. The composition limits of the constituents of the beta brass are fixed by two factors: (1) the M. sub. s or Martensite transformation temperature must be determined, and (2) the brass must be a totally beta phase above 454. degree. C. The composition is betatized, that is, heated at approximately 800. degree. C. and quenched at a fast rate so that the total beta phase is retained in order to provide material having a shape memory effect, a low spring back coefficient and super elastic properties. A continuous betatizing and quenching process may be utilized in the manufacture of strip and sheet products. Alternatively, specific compositions may be cold worked to provide a material having a low spring back coefficient and other improved physical characteristics. The alpha plus beta brass includes 25% to 75% by weight beta phase mixed with alpha phase.

Oxygen Probe

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US Patent:
40352773, Jul 12, 1977
Filed:
Sep 15, 1976
Appl. No.:
5/723355
Inventors:
Daniel R. Hennessy - Fort Wayne IN
David M. Pierre - Fort Wayne IN
Horace Pops - Fort Wayne IN
Assignee:
Essex Group, Inc. - Fort Wayne IN
International Classification:
G01N 2746
US Classification:
204195S
Abstract:
A probe for measuring the oxygen content in a fluid, particularly a molten metal, by galvanic action. The probe assembly of the invention utilizes the thermal expansive properties of the probe components to increase the physical contact pressure between the solid electrolyte and its reference electrode so as to increase its reliability, ruggedness and lifetime.

Method For Effecting Reverse Shape Memory Phenomena In Cu-Zn-Si Brass Alloy

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US Patent:
40999912, Jul 11, 1978
Filed:
Oct 4, 1976
Appl. No.:
5/728975
Inventors:
Horace Pops - Fort Wayne IN
Barry C. Johnson - Pittsburgh PA
Assignee:
Essex Group - Fort Wayne IN
International Classification:
C22F 108
US Classification:
148 115C
Abstract:
A method for making an integrated circuit package includes the steps of fabricating lead frames from a copper-zinc-silicon beta brass alloy and soldering the leads thereof to semi-conductor chips by use of the shape memory and reverse shape memory characteristic of the alloy. The composition of the lead frame material and the choice and sequence of fabrication steps may be varied.

Hydrogen Cleaning Of Hot Copper Rod

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US Patent:
48265446, May 2, 1989
Filed:
Dec 22, 1987
Appl. No.:
7/136796
Inventors:
Horace Pops - Fort Wayne IN
Assignee:
Essex Group, Inc. - Fort Wayne IN
International Classification:
C01G 2500
US Classification:
148 132
Abstract:
This invention relates to a method for removing an oxide scale from the surface of a hot rolled copper rod in an in-line process. The method comprises the steps of passing the rod through a chamber containing a reducing atmosphere, the chamber being immediately adjacent to the exit end of the rod rolling mill. The rod passes through the hydrogen containing chamber while it is still hot from the rolling operation, and the reducing atmosphere reduces the oxide scale to metallic copper. After passing through the chamber, the rod is cooled in an aqueous bath and then coiled.

Wrought Brass Alloy

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US Patent:
39779130, Aug 31, 1976
Filed:
May 27, 1975
Appl. No.:
5/580804
Inventors:
Amado Cabo - Pittsburgh PA
Horace Pops - Pittsburgh PA
Assignee:
Essex International - Fort Wayne IN
International Classification:
C22F 108
C22C 904
US Classification:
148 115C
Abstract:
An improved ternary brass alloy includes silicon as the additive material. The composition limits of the constituents of the brass are fixed by two factors: (1) the M. sub. s or Martensite transformation temperature, and (2) the brass must be a totally beta phase above 454. degree. C. The composition may be betatized, that is, heated at approximately 800. degree. C. and quenched at a fast rate so that the beta phase is retained in order to provide material having a shape memory effect, a low spring back coefficient and super elastic properties. A continuous betatizing and quenching process may be utilized in the manufacture of strip and sheet products. Alternatively, the composition may be hot worked between 600. degree. and 700. degree. C. and then cold worked to provide mixed alpha plus beta material having a low spring back coefficient.
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Horace N Pops from Fort Wayne, IN, age ~87 Get Report