Add to ORKGThe demand on materials with good strength for high temperature applications is ever increasing. Till recently hundreds of alloys such as austentic stainless steel, the cobalt base vitallium, nickel base hastelloy, inconel, etc have been developed. Addition of refractory elements like Mo, W, Ta, Nb, Zr, Ti and Hf improved the high temperature properties of these alloys. However with the advent of aerospace, gas turbine and most modern metallurgical industries, tremendous progress has been made in the area of ceramics and refractory hard metal technology. Some of the recently developed high temperature materials are received in this pape
The need for new materials capable of operating at elevated temperatures often while severely stress...
This work describes high temperature materials, mainly the group of nickel base superalloys. It focu...
Some of the physical properties of the main elements of interest in high temperature technology are...
High-temperature materials are used in a wide range of industries and applications such as gas turbi...
Significant progress has recently been made in many high temperature material categories pertinent t...
The use of high-temperature materials in current and future applications, including silicone materia...
This exhaustive work in three volumes with featuring cross-reference system provides a thorough over...
The demand for materials that will withstand the high stresses in rapidly rotating parts of the...
This handbook covers the complete spectrum of technology dealing with heat-resistant materials, incl...
For high-temperature applications, fuel element cladding materials are required to protect the base ...
The intermetallic-based alloys for high-temperature applications are introduced. General characteris...
The development of several metallic fuei element systems for air-cooled reactors is reviewed, and th...
Recent requi rements for higher and higher oper-at ing temperatures in the rocket and missile field,...
Ceramic materials are widely used for extreme temperature conditions. The sucessful integration of c...
The need for structural materials with useful strength above 1600 k has stimulated interest in refra...
The need for new materials capable of operating at elevated temperatures often while severely stress...
This work describes high temperature materials, mainly the group of nickel base superalloys. It focu...
Some of the physical properties of the main elements of interest in high temperature technology are...
High-temperature materials are used in a wide range of industries and applications such as gas turbi...
Significant progress has recently been made in many high temperature material categories pertinent t...
The use of high-temperature materials in current and future applications, including silicone materia...
This exhaustive work in three volumes with featuring cross-reference system provides a thorough over...
The demand for materials that will withstand the high stresses in rapidly rotating parts of the...
This handbook covers the complete spectrum of technology dealing with heat-resistant materials, incl...
For high-temperature applications, fuel element cladding materials are required to protect the base ...
The intermetallic-based alloys for high-temperature applications are introduced. General characteris...
The development of several metallic fuei element systems for air-cooled reactors is reviewed, and th...
Recent requi rements for higher and higher oper-at ing temperatures in the rocket and missile field,...
Ceramic materials are widely used for extreme temperature conditions. The sucessful integration of c...
The need for structural materials with useful strength above 1600 k has stimulated interest in refra...
The need for new materials capable of operating at elevated temperatures often while severely stress...
This work describes high temperature materials, mainly the group of nickel base superalloys. It focu...
Some of the physical properties of the main elements of interest in high temperature technology are...