NASA Logo

NTRS

NTRS - NASA Technical Reports Server

Collections About News Help Login
Back to Results
Proceedings of the SCAR Conference, part 2Development advancements of the Supersonic Cruise Aircraft are discussed including environmental engineering aircraft structures and materials and design integration.
Document ID
19770011075
Acquisition Source
Legacy CDMS
Document Type
Conference Proceedings
Date Acquired
September 3, 2013
Publication Date
January 1, 1976
Subject Category
Aeronautics (General)
Report/Patent Number
NASA-CP-001-PT-2
Report Number: NASA-CP-001-PT-2
Accession Number
77N18019
Distribution Limits
Public
Copyright
Work of the US Gov. Public Use Permitted.

Related Records

IDRelationTitle19770011076WorkAeroacoustic studies of coannular nozzles suitable for supersonic cruise aircraft applications19770011077WorkCoannular nozzle noise characteristics and application to advanced supersonic transport engines19770011078WorkCoannular plug nozzle noise reduction and impact of exhaust system designs19770011079WorkCurrent research in sonic-boom minimization19770011080WorkTechnology for controlling emissions of oxides of nitrogen from supersonic cruise aircraft19770011081WorkConsiderations of high altitude emissions19770011082WorkTitanium and advanced composite structures for a supersonic cruise arrow wing configuration19770011083WorkAdvanced structures technology applied to a supersonic cruise arrow-wing configuration19770011084WorkComputer-aided methods for analysis and synthesis of supersonic cruise aircraft structures19770011085WorkStructural design studies of a supersonic cruise arrow wing configuration19770011086WorkLoads technology for supersonic cruise aircraft19770011087WorkDevelopments in steady and unsteady aerodynamics for use in aeroelastic analysis and design19770011088WorkFatigue of titanium alloys in a supersonic-cruise airplane environment19770011089WorkNew advancements in titanium technology and their cost and weight benefits19770011090WorkFabrication and evaluation of advanced titanium and composite structural panels19770011091WorkTime-temperature-stress capabilities of composites for supersonic cruise aircraft applications19770011092WorkAdvanced supersonic technology fuel tank sealants19770011093WorkToward a second generation fuel efficient supersonic cruise aircraft19770011094WorkToward a second generation fuel efficient supersonic cruise aircraft structural design for efficiency19770011095WorkToward a second generation fuel efficient supersonic cruise aircraft performance characteristics and benefits19770011096WorkDesign feasibility of an advanced technology supersonic cruise aircraft19770011097WorkStructural design of supersonic cruise aircraft19770011098WorkPerformance and benefits of an advanced technology supersonic cruise aircraft19770011099WorkAn advanced concept that promises ecological and economic viability19770011100WorkMarket trends19770011085WorkStructural design studies of a supersonic cruise arrow wing configuration19770011093WorkToward a second generation fuel efficient supersonic cruise aircraft19770011097WorkStructural design of supersonic cruise aircraft19770011096WorkDesign feasibility of an advanced technology supersonic cruise aircraft19770011091WorkTime-temperature-stress capabilities of composites for supersonic cruise aircraft applications19770011082WorkTitanium and advanced composite structures for a supersonic cruise arrow wing configuration19770011087WorkDevelopments in steady and unsteady aerodynamics for use in aeroelastic analysis and design19770011086WorkLoads technology for supersonic cruise aircraft19770011076WorkAeroacoustic studies of coannular nozzles suitable for supersonic cruise aircraft applications19770011098WorkPerformance and benefits of an advanced technology supersonic cruise aircraft19770011099WorkAn advanced concept that promises ecological and economic viability19770011088WorkFatigue of titanium alloys in a supersonic-cruise airplane environment19770011100WorkMarket trends19770011090WorkFabrication and evaluation of advanced titanium and composite structural panels19770011095WorkToward a second generation fuel efficient supersonic cruise aircraft performance characteristics and benefits19770011077WorkCoannular nozzle noise characteristics and application to advanced supersonic transport engines19770011080WorkTechnology for controlling emissions of oxides of nitrogen from supersonic cruise aircraft19770011084WorkComputer-aided methods for analysis and synthesis of supersonic cruise aircraft structures19770011092WorkAdvanced supersonic technology fuel tank sealants19770011081WorkConsiderations of high altitude emissions19770011078WorkCoannular plug nozzle noise reduction and impact of exhaust system designs19770011089WorkNew advancements in titanium technology and their cost and weight benefits19770011094WorkToward a second generation fuel efficient supersonic cruise aircraft structural design for efficiency19770011083WorkAdvanced structures technology applied to a supersonic cruise arrow-wing configuration19770011079WorkCurrent research in sonic-boom minimization
No Preview Available