EDWARD S FLYNN
Vehicle Board in Pittsburgh, PA
License number
Pennsylvania MV193662
Category
Vehicle Board
Type
Vehicle Salesperson
Address
Address
Pittsburgh, PA 15239
Personal information
See more information about EDWARD S FLYNN at radaris.comName
Address
Phone
508 Barbara Rd, Fairless Hls, PA 19030
501 22Nd St, Windber, PA 15963
513 Jefferson St #20, Plymouth Mtng, PA 19462
513 Jefferson St, Plymouth Mtng, PA 19462
5756 Sullivan Trl, Nazareth, PA 18064
Professional information
Edward C. Flynn, Pittsburgh PA - Lawyer
Address:
Cohen & Grace, LLC
105 Braunlich Dr STE 300, Pittsburgh 15237
(412) 847-0300
105 Braunlich Dr STE 300, Pittsburgh 15237
(412) 847-0300
Licenses:
Pennsylvania - Active 1981
Specialties:
Aviation - 34%
Litigation - 33%
Personal Injury - 33%
Litigation - 33%
Personal Injury - 33%
Method Of Producing A High Temperature Metal Powder Component
US Patent:
4368074, Jan 11, 1983
Filed:
Jan 7, 1980
Appl. No.:
6/109853
Inventors:
William L. Otto - Leechburg PA
Edward G. Flynn - Pittsburgh PA
Edward G. Flynn - Pittsburgh PA
Assignee:
Aluminum Company of America - Pittsburgh PA
International Classification:
B22F 300, B22F 314
US Classification:
419 51
Abstract:
A method is provided for producing a fully dense high temperature powdered metal component. This process comprises the steps of filling a centrally located mold cavity with a high temperature powder, heating the filled mold to a temperature greater than half the melting temperature of the powder in degrees centigrade and less than the melting temperature of the powder, while the cavity is maintained in a vacuum level of at least twenty microns of mercury, axially compressing the heated mold while maintaining the vacuum at a pressure of at least 345 megapascals, while restricting the mold about its lateral periphery holding the mold in a compressed state for at least 20 seconds after attaining maximum pressure, and separating the mold materials from the component. The mold is composed of a material having substantially the same flow stress throughout, and the material is able to maintain its dimensional stability in a viscoelastic state at a temperature of between approximately 950. degree. to 1300. degree. C.