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George SfeirLafayette, LA

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George Sfeir Phones & Addresses

Lafayette, LA

PO Box 52571, Lafayette, LA 70505

Work

Position: Administrative Support Occupations, Including Clerical Occupations

Emails

g***[email protected]

Mentions for George Sfeir

George Sfeir resumes & CV records

Resumes

George Sfeir Photo 27

Chairman And C.e.o

Location:
P/O Box 52571, Lafayette, LA
Industry:
Venture Capital & Private Equity
Work:
Energy & Technology, Corp.
Chairman & C.E.O. Technical Industries, Inc. since Aug 1998
C.E.O.
Education:
Université Paris Sorbonne (Paris IV)
Maitrise, Finance & Legal Studies
George Sfeir Photo 28

Chief Executive Officer

Location:
Lafayette, LA
Industry:
Oil & Energy
Work:
Ceo
Chief Executive Officer
George Sfeir Photo 29

Chief Executive Officer

Location:
Lafayette, LA
Industry:
Oil & Energy
Work:
Energy & Technology Corp
Chief Executive Officer
Skills:
New Business Development, Petroleum, Business Strategy, Energy, Gas, Oil/Gas, Customer Service, Contract Management, Contract Negotiation, Energy Industry, Business Development
George Sfeir Photo 30

George Sfeir

Publications & IP owners

Us Patents

Method For Inspection Of Metal Tubular Goods

US Patent:
7401518, Jul 22, 2008
Filed:
Sep 1, 2007
Appl. No.:
11/849287
Inventors:
George M. Sfeir - Lafayette LA, US
Jeffrey S. Banks - Crosby TX, US
Dennis L. Rogers - Houston TX, US
Assignee:
Technical Industries, Inc. - Lafayette LA
International Classification:
G01N 9/24
US Classification:
73602, 73599, 73620, 73625
Abstract:
A method for inspection of tubular goods includes using ultrasonic detection means to obtain wall thickness measurement of discrete sections of a tubular good and recording each measurement in association with both the longitudinal and circumferential position at which each measurement was obtained. Accordingly each measurement of wall thickness represents a small portion of the wall thickness of said tubular in three dimensional space. A plurality of said measurements may thereby be displayed by computer means in virtual three dimensional format. Differing wall thickness readings made be represented by different shading or color display, so that anomalies of interest may be readily detected. Alternatively the recorded information may be readily processed by computer means to calculate the effect of stressors on the wall of said tubular good.

Method For Inspection Of Metal Tubular Goods

US Patent:
7552640, Jun 30, 2009
Filed:
Jun 11, 2008
Appl. No.:
12/137341
Inventors:
George M. Sfeir - Lafayette LA, US
Jeffrey S. Banks - Crosby TX, US
Dennis L. Rogers - Houston TX, US
International Classification:
G01N 9/24
US Classification:
73602, 73599, 73620, 73625
Abstract:
A method for inspection of tubular goods includes using ultrasonic detection means to obtain wall thickness measurement of discrete sections of a tubular good and recording each measurement in association with both the longitudinal and circumferential position at which each measurement was obtained. Accordingly each measurement of wall thickness represents a small portion of the wall thickness of said tubular in three dimensional space. A plurality of said measurements may thereby be displayed by computer means in virtual three dimensional format. Differing wall thickness readings made be represented by different shading or color display, so that anomalies of interest may be readily detected. Alternatively the recorded information may be readily processed by computer means to calculate the effect of stressors on the wall of said tubular good.

Method For Inspection Of Metal Tubular Goods

US Patent:
7997138, Aug 16, 2011
Filed:
Jun 29, 2009
Appl. No.:
12/494053
Inventors:
George M. Sfeir - Lafayette LA, US
Jeffrey S. Banks - Crosby TX, US
Dennis L. Rogers - Houston TX, US
International Classification:
G01N 9/24
US Classification:
73602, 73599, 73620, 73625
Abstract:
A method for predicting the performance of tubular goods includes using a computer readable three-dimensional representation of tubular good which includes computer readable measurements of discrete segments of the wall of said tubular acquired by ultrasonic detection means, along with associated data representing the position of discrete segment and optionally ovality data to predict the effect of stress conditions, including tensile, bending, collapse, burst and aging forces upon said tubular and optionally analyzing sequential inspection of the same tubular good over a period of time predict when failure is likely to occur, and to avoid failure while maximizing the use of the tubular good.

Method For Inspection Of Metal Tubular Goods

US Patent:
2006022, Oct 12, 2006
Filed:
Mar 8, 2004
Appl. No.:
10/548731
Inventors:
George Sfeir - Lafayette LA, US
International Classification:
G01N 29/04
US Classification:
073602000
Abstract:
A method for inspection of tubular goods includes using ultrasonic detection means to obtain wall thickness measurement of discrete sections of a tubular good and recording each measurement. In association with both the longitudinal and circumferential position at which each measurement was obtained. Accordingly each measurement of wall thickness represents a small portion of the wall thickness of said tubular in three dimensional space. A plurality of said measurements may thereby be displayed by computer means in virtual three dimensional formal. Differing wall thickness readings made he represented by different shading or color display, so that anomalies of interest may be readily detected. Alternatively the recorded information may be readily processed by computer means to calculate the effect of stressors on the wall of said tubular good.

Method For Inspection Of Metal Tubular Goods

US Patent:
2011029, Dec 1, 2011
Filed:
Aug 10, 2011
Appl. No.:
13/207135
Inventors:
George M. Sfeir - Lafayette LA, US
Jeffrey S. Banks - Crosby TX, US
Dennis L. Rogers - Houston TX, US
Assignee:
TECHNICAL INDUSTRIES, INC. - Lafayette LA
International Classification:
G01N 29/04
US Classification:
73602
Abstract:
A method for predicting the performance of tubular goods includes using a computer readable three-dimensional representation of tubular good which includes computer readable measurements of discrete segments of the wall of said tubular acquired by ultrasonic detection means, along with associated data representing the position of discrete segment and optionally ovality data to mathematically calculate, by computer means, the effect of stress conditions, including tensile, bending, collapse, burst and aging forces upon said tubular and optionally analyzing sequential inspection of the same tubular good over a period of time predict when failure is likely to occur, and to avoid failure while maximizing the use of the tubular good.

Possible Relatives

Alice E Sfeir  George A Stander  George W White  George M Jolly  George R Jones  George A Stange  George I Stankovich  George W Stannard  George M Star  George S Stark 

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