A combined experimental and theoretical investigation was performed in order to (1) demonstrate that high quality angleplied laminates can be made from HT-S/PMR-RI (PMR in situ polymerization of monomeric reactants), (2) characterize the PMR-PI material and to determine the HT-S unidirectional composite properties required for composite micro and macromechanics and laminate analyses, and (3) select HT-S/PMR-PI laminate configurations to meet the general design requirements for high-tip-speed compressor blades. The results of the investigation showed that HT-S/PMR laminate configurations can be fabricated which satisfy the high-tip-speed compressor blade design requirements when operating within the temperature capability of the polymide ma...
Additive manufacturing (AM) and molding are manufacturing methods known for building representations...
Major goals of NASA and the Integrated High Performance Turbine Engine Technology (IHPTET) initiativ...
The effect of molecular weight on 343 C thermo-oxidative stability (TOS), mechanical properties, and...
Investigations were performed in order to: (1) demonstrate that high quality angleplied laminates ca...
Ultrahigh speed fan blades, designed in accordance with the requirements of an ultrahigh tip speed b...
PMR polyimides are safe, easy to handle, can be processed with relatively wide process controls, and...
Studies were performed to investigate the effect of substituting a hexafluoro isopropyl idene connec...
With the increased emphasis on high performance aircraft the need for lightweight, thermal/oxidative...
High-temperature polymer composites (PMC's) offer lighter weight and higher specific strengths than ...
Fiber reinforced PMR polyimides are finding increased acceptance as engineering materials for high p...
Extensive effort is currently being expended to demonstrate the feasibility of using high-performanc...
The application of fiber composites to aeronautical and space vehicle systems indicates the followin...
Studies performed to demonstrate the feasibility of using the polymerization of monomer reactants (P...
High temperature resin matrices suitable for use in advanced graphite fiber composites for jet engin...
Polymers research at the NASA Lewis Research Center has produced high-temperature, easily processabl...
Additive manufacturing (AM) and molding are manufacturing methods known for building representations...
Major goals of NASA and the Integrated High Performance Turbine Engine Technology (IHPTET) initiativ...
The effect of molecular weight on 343 C thermo-oxidative stability (TOS), mechanical properties, and...
Investigations were performed in order to: (1) demonstrate that high quality angleplied laminates ca...
Ultrahigh speed fan blades, designed in accordance with the requirements of an ultrahigh tip speed b...
PMR polyimides are safe, easy to handle, can be processed with relatively wide process controls, and...
Studies were performed to investigate the effect of substituting a hexafluoro isopropyl idene connec...
With the increased emphasis on high performance aircraft the need for lightweight, thermal/oxidative...
High-temperature polymer composites (PMC's) offer lighter weight and higher specific strengths than ...
Fiber reinforced PMR polyimides are finding increased acceptance as engineering materials for high p...
Extensive effort is currently being expended to demonstrate the feasibility of using high-performanc...
The application of fiber composites to aeronautical and space vehicle systems indicates the followin...
Studies performed to demonstrate the feasibility of using the polymerization of monomer reactants (P...
High temperature resin matrices suitable for use in advanced graphite fiber composites for jet engin...
Polymers research at the NASA Lewis Research Center has produced high-temperature, easily processabl...
Additive manufacturing (AM) and molding are manufacturing methods known for building representations...
Major goals of NASA and the Integrated High Performance Turbine Engine Technology (IHPTET) initiativ...
The effect of molecular weight on 343 C thermo-oxidative stability (TOS), mechanical properties, and...