CTOL Transport Technology, 1978Technology generated by NASA and specifically associated with advanced conventional takeoff and landing transport aircraft is reported. Topics covered include: aircraft propulsion; structures and materials; and laminar flow control.
IDRelationTitle19780019123WorkLaminar flow control overview19780019114WorkAdvanced materials research for long-haul aircraft turbine engines19780019118WorkEnvironmental effects on composites for aircraft19780019117WorkIntroduction to session on materials and structures19780019104WorkOverview of NASA CTOL program19780019122WorkTransition from glass to graphite in manufacture of composite aircraft structure19780019108WorkCF6 performance improvement19780019115WorkGas turbine engine emission reduction technology program19780019124WorkFlight investigation of insect contamination and its alleviation19780019116WorkImpact of broad-specification fuels on future jet aircraft19780019129WorkApplication of porous materials for laminar flow control19780019120WorkKey issues in application of composites to transport aircraft19780019110WorkEnergy efficient engine: Preliminary design and integration studies19780019127WorkApplication of Laminar Flow Control Technology to Long-Range Transport Design19780019105WorkACEE Propulsion Overview19780019107WorkJT9D jet engine performance deterioration19780019125WorkDevelopment of advanced stability theory suction prediction techniques for laminar flow control19780019109WorkEngine component improvement: JT8D and JT9D performance improvements19780019112WorkStatus of advanced turboprop technology19780019126WorkDesign of a laminar-flow-control supercritical airfoil for a swept wing19780019121WorkAdvanced structural sizing methodology19780019119WorkDevelopment of advanced composite structures19780019111WorkEnergy efficient engine preliminary design and integration studies19780019106WorkCF6 jet engine performance deterioration results19780019128WorkToward a laminar-flow-control transport19780019113WorkPropulsion systems noise technology