turbojet (Also turbojets) : Related Words Words similar in meaning to turbojet
- fanjet«
- turbofan«
- fan-jet«
- fanjet engine«
- turbojet engine«
- turbofan engine«
- turbo jet plane«
- turbojet plane«
- jet plane«
- concorde«
- turbojet«
- turbo-«
- compressor«
- jet engine«
- turbine«
- turboshaft«
- air«
- engine«
- jet«
- turbo-ramjet«
- nozzle«
- jet-propelled plane«
- turbo«
- intake«
- combustor«
- thrust«
- scramjet«
- fuel«
- combustion chamber«
- ramjet«
- whittle«
- aircraft«
- pulsejet«
- gas turbine«
- pulse detonation engine«
- pressure ratio«
- propjet«
- jetliner«
- afterburner«
- speed«
- net thrust«
- piston engine«
- exhaust«
- allowable turbine entry temperature«
- duct engine«
- pressure«
- turbine temperature limit«
- royce welland«
- practical engine«
- speed jet«
- temperature material«
- mach«
- gloster e.28/39«
- british engine«
- brayton cycle«
- han von ohain«
- pressure loss«
- flow«
- gas«
- specific fuel consumption«
- combustion product«
- heinkel he«
- gloster meteor«
- blade«
- turboprop«
- efficiency«
- patent«
- compressed air«
- fuel consumption«
- roll«
- whitney tf33 installation«
- variable blade angle«
- utilised nimonic alloy«
- turbojet application«
- turbine exit gas«
- turbine damage due«
- total powerplant«
- temperature compressor material«
- superalloy technology«
- rotor axial load«
- rotating output shaft«
- reproduction me-262«
- ram pressure rise«
- progressive effectiveness«
- practical jet plane«
- overtemperature«
- overseas flight path«
- operational turbojet aircraft«
- medium range cruise missile«
- maximum thrust setting«
- mach 3+.«
- lockheed sr-71 blackbird propulsion system«
- liklehood«
- jet commercial aircraft«
- inlet contribution«
- hottest turbine vane«
- helicopter engine compressor«
- gloster meteor i.«
- further compressor air«
- fuel tank pressurization«
- flight speed turbojet«
- experimental spaceshipone suborbital spacecraft«
- entry guide vane«
- engine contribution«
- early turbojet compressor«
- early german turbojet«
- dispatch reliability rating«
- continuous flowing process«
- cavity sealing«
- blade cooling design«
- bearing cavity«
- uk jet engine«
- turbine cooling«
- rotor thrust bearing«
- raf college cranwell cadet frank whittle«
- modern civil turbofan engine«
- lb/sec«
- jet engine business«
- internal cooling passage«
- gloster pioneer«
- ge-90«
- fuel mixture burn«
- automatic temperature«
- airfame«
- a.a.griffith«
- visible smoke trail«
- superior alloy«
- stoichiometric burning«
- simpler centrifugal compressor«
- practical axial compressor«
- pilot erich warsitz«
- nozzle exit plane«
- net forward thrust«
- improved vane/blade cooling«
- gloster whittle«
- general electric j85s«
- convergent duct«
- flight«
- hour«
- overhaul«
- water/methanol injection«
- w.2/700 engine«
- nozzle gross thrust«
- gloster g.40«
- frenchman maxime guillaume«
- exoskeletal engine«
- cycle improvement«
- compressor type«
- turbine engine failure«
- stationary vane«
- low vehicle speed«
- convergent nozzle«
- energy«
- whittle jet engine«
- variable cycle engine«
- turbojet development«
- sided centrifugal compressor«
- scaled composite white knight«
- low pressure ratio«
- turbine material«
- pressure thrust«
- moving blade«
- jet dragster«
- divergent section«
- propeller«
- power jet wu«
- metal temperature«
- turbine exhaust gas«
- thrust setting«
- power jet w.1«
- nozzle pressure ratio«
- turbine entry temperature«
- original fighter«
- hot gas stream«
- jetpipe«
- turbine temperature«
- older engine«
- liquid injection«
- nimonic«
- de havilland goblin«
- reliability«
- accessory gearbox«
- sonic velocity«
- turbosuperchargers«
- turbojet power«
- intake airflow«
- additional turbine«
- jet velocity«
- impulse turbine«
- turbine exhaust«
- stage axial compressor«
- pressure recovery«
- exhaust speed«
- lean mixture«
- velocity jet«
- turbine efficiency«
- primary zone«
- momentum exchange«
- improved durability«
- fuel nozzle«
- power vehicle«
- slower aircraft«
- supersonic velocity«
- afterburning«
- secondary air«
- flight failure«
- british jet«
- rare video«
- range«
- temperature alloy«
- aerodynamic theory«
- north american xb-70 valkyrie«
- flow turbojet«
- compressor blade«
- royce derwent«
- bypass turbofan«
- supersonic airliner«
- tu-144«
- laval nozzle«
- general electric cf6«
- software model«
- propulsive efficiency«
- thrust bearing«
- temperature limit«
- optimum speed«
- adiabatic expansion«
- his engine«
- poor efficiency«
- loss«
- turbine design«
- aircraft speed«
- additional thrust«
- pilot workload«
- bleed air«
- typical material«
- later stage«
- aircraft service«
- tbo«
- exhaust nozzle«
- medium speed«
- axial compressor«
- lockheed c-141 starlifter«
- true airspeed«
- reverse flow«
- ducting«
- pelton wheel«
- exhaust velocity«
- extra term«
- aerodynamic improvement«
- inconel«
- reheat«
- lubricating oil«
- considerable advance«
- environmental control system«
- fuel burn«
- idea«
- centrifugal compressor«
- complete combustion«
- early design«
- hour run«
- pressure increase«
- turboshaft engine«
- considerable energy«
- frank whittle«
- air inlet«
- similar engine«
- severe limitation«
- landing field«
- air mixture«
- water injection«
- junker jumo«
- relative simplicity«
- supersonic aircraft«
- type«
- modern engine«
- combustion process«
- power«
- carrier aircraft«
- distance flight«
- temperature«
- hydraulic pump«
- railyard«
- key technology«
- optimum«
- gas turbine engine«
- nose cone«
- stator«
- hour due«
- original engine«
- thermal efficiency«
- development«
- energy transfer«
- land speed record«
- fuel pump«
- commercial aviation«
- test«
- seminal paper«
- world war ii.«
- rate«
- lower speed«
- hot gas«
- vehicle«
- convergent«
- experimental design«
- welland«
- engine design«
- air intake«
- hovercraft«
- messerschmitt«
- vane«
- practical reason«
- main engine«
- heinkel«
- fuel efficiency«
- slow pace«
- flow rate«
- propulsion system«
- olympus«
- atmospheric pressure«
- introduction«
- audio commentary«
- airflow«
- rae«
- common method«
- time«
- combustion«
- military aircraft«
- airframe«
- front«
- ammonia«
- coating«
- general electric«
- significant impact«
- pratt«
- usefulness«
- takeoff«
- stage«
- design«
- system«
- distortion«
- water«
- boeing«
- late 1930s«
- superior«
- accessory«
- shaft«
- ramjet engine«
- rocket engine«
- jumbo jet«
- twinjet«
- rocket«
- flying drainpipe«
- jumbojet«
- athodyd«
- atherodyde«
- thruster«
- takeoff booster«
- booster unit«
- booster rocket«
- booster«
- retrorocket«
- takeoff rocket«
- space rocket«
- nuclear rocket«