This report deals with heat treating and working nickel and nickel-base alloys, and with the effects of these operations on the mechanical properties of the materials. The subjects covered are annealing, solution treating, stress relieving, stress equalizing, age hardening, hot working, cold working, combinations of working and heat treating (often referred to as thermomechanical treating), and properties of the materials at various temperatures. The equipment and procedures used in working the materials are discussed, along with the common problems that may be encountered and the precautions and corrective measures that are available
Work done during the past several months on high temperature ductility of electrodeposited nickel is...
A program was conducted to optimize the composition of NASA IIb-11, an alloy originally developed as...
The study of the thermal, chemical and mechanical properties of pure nickel as an alternative automo...
Effect of thermal and mechanical treatments on mechanical properties of nickel and certain nickel-ba...
Surface treatments of nickel and nickel alloys by diffusion coating, electroplating, explosive harde...
To investigate quench cracking that results from water quenching after heat treatment of binary and ...
Effect of heat treatment on Inconel 718 nickel base alloys and on subsequent fabrication processe
Nickel base alloys are frequently used in aerospace industries, marine, biomedical application and o...
An investigation was conducted to provide an advanced-temperature nickel-base alloy with properties ...
Tests demonstrate the room temperature ductility of degraded Rene 41 can be increased to acceptable ...
For the EN GX4CrNi13-4 martensitic stainless steel, research was conducted to investigate the impact...
Cold working effects on dispersion strengthened nickel alloys containing thorium dioxid
Nickel and nickel- base alloys are amenable to joining with many of the familiar joining processes. ...
Using NASA IIb as a base composition, the effects of five key elements (carbon, tungsten, tantalum, ...
The study of thermal, chemical and mechanical properties of pure nickel being an alternative automot...
Work done during the past several months on high temperature ductility of electrodeposited nickel is...
A program was conducted to optimize the composition of NASA IIb-11, an alloy originally developed as...
The study of the thermal, chemical and mechanical properties of pure nickel as an alternative automo...
Effect of thermal and mechanical treatments on mechanical properties of nickel and certain nickel-ba...
Surface treatments of nickel and nickel alloys by diffusion coating, electroplating, explosive harde...
To investigate quench cracking that results from water quenching after heat treatment of binary and ...
Effect of heat treatment on Inconel 718 nickel base alloys and on subsequent fabrication processe
Nickel base alloys are frequently used in aerospace industries, marine, biomedical application and o...
An investigation was conducted to provide an advanced-temperature nickel-base alloy with properties ...
Tests demonstrate the room temperature ductility of degraded Rene 41 can be increased to acceptable ...
For the EN GX4CrNi13-4 martensitic stainless steel, research was conducted to investigate the impact...
Cold working effects on dispersion strengthened nickel alloys containing thorium dioxid
Nickel and nickel- base alloys are amenable to joining with many of the familiar joining processes. ...
Using NASA IIb as a base composition, the effects of five key elements (carbon, tungsten, tantalum, ...
The study of thermal, chemical and mechanical properties of pure nickel being an alternative automot...
Work done during the past several months on high temperature ductility of electrodeposited nickel is...
A program was conducted to optimize the composition of NASA IIb-11, an alloy originally developed as...
The study of the thermal, chemical and mechanical properties of pure nickel as an alternative automo...