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Method Of Predicting Quench Cracking In Components Formed By High Deformation Processes

Abstract: A process for heat treating a component formed of an alloy. The process includes manipulating uniaxial strain test data of the alloy using a triaxiality factor to determine an equivalent multiaxial stress state. Conditions are then applied to the multiaxial stress state to identify a cooling path for the component. The cooling path includes boundaries for heat treatment temperatures and cooling rates that do not exceed predetermined stresses or strains and/or avoid predetermined residual stress patterns in the alloy. The component is then heated to a heat treatment temperature and quenched according to the cooling path identified in the applying step.

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Patent Information

Application #
Filing Date
09 July 2014
Publication Number
08/2016
Publication Type
INA
Invention Field
METALLURGY
Status
Email
Parent Application

Applicants

GENERAL ELECTRIC COMPANY
1 River Road Schenectady NY 12345

Inventors

1. WEI Daniel Yeuching
1000 Western Avenue Lynn MA 01910
2. MOURER David Paul
1000 Western Avenue Lynn MA 01910
3. BAIN Kenneth Rees
One Neumann Way Cincinnati OH 45215
4. ACOSTA Arturo
One Neumann Way Cincinnati OH 45215
5. POWELL Andrew Martin
One Neumann Way Cincinnati OH 45215

Specification

Documents