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Noshir Minoo Bhathena

from Houston, TX
Age ~66
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Also known as:
Noshir M Bhathena, R A, Noshir A, Hathenia B Noshir
Phone and address:
16810 Laguna Springs Dr, Houston, TX 77095
(281) 856-0869
Related to:
Florecita L Siazon, 73Zal Noshir Bhathena, 33Avan N Bhathena, 62Shayan N Bhathena, 30
Connected to:
Yasmin K Bhathena, 53Kuldhir S Bhati, 59Aanchal Bhatia, 33Aditi P Bhatia, 39Alex Bhatia, 44Alka S Bhatia, 77Alok Bhatia, 63Anilbir S Bhatia, 56Anuschka S Bhatia, 35Arun Bhatia, 80

Noshir Bhathena Phones & Addresses

  • 16810 Laguna Springs Dr, Houston, TX 77095 (281) 856-0869
  • 17111 Ivory Falls Ct, Houston, TX 77095 (281) 856-0869 (713) 856-0869

Work

Company: Wyman gordon 2014 Position: Director, technology development

Education

Degree: Master of Science, Masters School / High School: The Ohio State University 1980 to 1983

Skills

Forging

Industries

Aviation & Aerospace

Resumes

Resumes

Noshir Bhathena Photo 1

Director, Technology Development

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Location:
Houston, TX
Industry:
Aviation & Aerospace
Work:
Wyman Gordon
Director, Technology Development
Wyman Gordon 2003 - 2014
Manager, Product Engineering
Education:
The Ohio State University 1980 - 1983
Master of Science, Masters Indian Institute of Technology, Bombay 1975 - 1980
Bachelors, Bachelor of Technology
Skills:
Forging

Publications

Us Patents

Method Of Forging Dual Alloy Billets

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US Patent:
48438561, Jul 4, 1989
Filed:
Oct 26, 1987
Appl. No.:
7/112395
Inventors:
Prabir R. Bhowal - Houston TX
James R. Becker - Houston TX
George K. Korinsky - Houston TX
Noshir M. Bhathena - Houston TX
Assignee:
Cameron Iron Works USA, Inc. - Houston TX
International Classification:
B21J 300
US Classification:
72 41
Abstract:
An improved forging billet of dual alloys and an improved method for forging a dual alloy billet. The billet is cylindrical in shape having an outer tubular portion of one alloy and another alloy filling the central opening through the tubular portion, the ends of the billet include a radial flange of the tubular alloy extending a short distance outward at each end of the billet and having a skirt extending from the outer end of the radial flange axially away from the body of the billet to form a circular opening at each end of the billet which has at least as large a diameter as the outer diameter of the outer tubular portion, and a sandwich structure positioned within each of said circular opening including a plurality of layers of a powdered lubricant, preferably boron nitride lubricant, separated by foil layers, preferably a high purity nickel foil. The method includes the step of forging a dual alloy billet as described above into a disc having an interface between the two alloys which is substantially straight and generally parallel to the axis of the disc. The steps of the improved method include positioning the billet between the dies, providing lubrication with the billet to be sufficient to lubricate between the die surfaces and the billet to produce the desired dual alloy disc and forging the billet by moving the dies toward each other sufficiently to produce the desired forged product.
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Noshir Minoo Bhathena from Houston, TX, age ~66 Get Report