Add to ORKGComposite materials are steadily replacing traditional materials in many industries. For many carbon composite materials, particularly in aerospace applications, durability is a critical design parameter which must be accurately characterized. Lawrence Livermore National Laboratory (LLNL) and Boeing Commercial Airplane Group have established
The long-term durability of those advanced composite materials which are applicable to aircraft stru...
A rational approach to the problem of accelerated testing for material characterization of advanced ...
Advanced materials for use in the aerospace industry are presently being developed and applied at an...
Composite materials are steadily replacing traditional materials in many industries. For many carbon...
Composite materials are steadily replacing traditional materials in many industries. For many carbon...
New composite materials possess attractive properties for use in advanced aircraft. A necessary requ...
As part of an effort to obtain the required information about new composites for aviation use, mater...
This paper describes the outcome of internship at the faculty of science and engineering, Hosei Univ...
Over the past ~60-70 years, the development of advanced polymeric composite materials, now primarily...
Composite structures are gaining importance for use in the aerospace industry. Compared to metallic ...
The use of composite materials continues to increase in the aerospace community due to the potential...
In composite structures, low-velocity impact-induced damage such as delamination are mostly hidden i...
The weight saving advantages of composite materials are well known in the aircraft industry and serv...
Polymer-matrix composites with continuous carbon fibers are widely used for lightweight structures, ...
In this modern aviation industry, it is common to see usage of composite material in aircraft design...
The long-term durability of those advanced composite materials which are applicable to aircraft stru...
A rational approach to the problem of accelerated testing for material characterization of advanced ...
Advanced materials for use in the aerospace industry are presently being developed and applied at an...
Composite materials are steadily replacing traditional materials in many industries. For many carbon...
Composite materials are steadily replacing traditional materials in many industries. For many carbon...
New composite materials possess attractive properties for use in advanced aircraft. A necessary requ...
As part of an effort to obtain the required information about new composites for aviation use, mater...
This paper describes the outcome of internship at the faculty of science and engineering, Hosei Univ...
Over the past ~60-70 years, the development of advanced polymeric composite materials, now primarily...
Composite structures are gaining importance for use in the aerospace industry. Compared to metallic ...
The use of composite materials continues to increase in the aerospace community due to the potential...
In composite structures, low-velocity impact-induced damage such as delamination are mostly hidden i...
The weight saving advantages of composite materials are well known in the aircraft industry and serv...
Polymer-matrix composites with continuous carbon fibers are widely used for lightweight structures, ...
In this modern aviation industry, it is common to see usage of composite material in aircraft design...
The long-term durability of those advanced composite materials which are applicable to aircraft stru...
A rational approach to the problem of accelerated testing for material characterization of advanced ...
Advanced materials for use in the aerospace industry are presently being developed and applied at an...