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1 single-rotor engine
Авиация: однокаскадный двигатель -
2 single-rotor engine
Англо-русский словарь по гражданской авиации > single-rotor engine
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3 single-rotor engine
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4 single-rotor engine
English-Russian dictionary of terms that are used in computer games > single-rotor engine
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5 single-rotor engine
English-Ukrainian dictionary of aviation terms > single-rotor engine
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6 single-rotor
single-rotor nвертолет с одним несущим винтомsingle-rotor engineоднокаскадный двигатель -
7 single-rotor rotary engine
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8 engine
engine nдвигательadjust the engineрегулировать двигатель до заданных параметровair-cooled engineавиационный двигатель воздушного охлажденияall engines speedскорость при всех работающих двигателяхaltitude engineвысотный двигательasymmetric engines powerасимметричная тяга двигателейaxial-flow итьбю.gas turbine engineгазотурбинный двигатель с осевым компрессоромblow down an engineвыполнять холодный запуск двигателяboost engineфорсажный двигательbypass engineдвухконтурный двигательcenter engineсредний двигательclose down an engineостанавливать двигательcombustion engineдвигатель внутреннего сгоранияcritical engine failure speedскорость при отказе критического двигателяcut-off engine operationпорядок выключения двигателяdead engineотказавший двигательdecelerate an engineубирать обороты двигателяdefinitive engineокончательный вариант двигателяderated engineдвигатель с пониженной тягойdigital engine controlцифровой электронный регулятор режимов работы двигателяdouble-flow engineдвухконтурный турбореактивный двигательdouble-row radial engineдвигатель типа двухрядная звездаdual-flow turbojet engineдвухконтурный турбореактивный двигательduct burning bypass engineдвухконтурный турбореактивный двигатель с дожиганием топлива во втором контуреducted-fan engineдвухконтурный турбовентиляторный двигательelectronic engine control systemэлектронная система управления двигателемengine accessory gear boxкулачковый механизмengine acoustic performanceакустическая характеристика двигателяengine adapterприставка двигателяengine adjustmentрегулировка двигателяengine air bleed flangeфланец отбора воздуха от двигателяengine airflowрасход воздуха через двигательengine altitude performancesвысотные характеристики двигателяengine anti-icing systemпротивообледенительная система двигателей(постоянного действия) engine attach fittingузел подвески двигателяengine attachment pilotшкворень крепления двигателяengine backup ringопорное кольцо вала двигателяengine baffleдефлектор двигателяengine bayдвигательный отсекengine bellcrankкачалка системы управленияengine blastструя двигателяengine breather systemсистема суфлирования двигателяengine bulkheadперегородка двигателяengine check padотбойный щит для опробования двигателейengine compartmentотсек двигателяengine control systemсистема управления двигателемengine coolingохлаждение двигателяengine coreвнутренний контур двигателяengine cowlкапот двигателяengine cowl flapстворка капота двигателяengine crankingраскрутка двигателяengine critical altitudeвысотность двигателяengine cycleцикл двигателяengine cylinderцилиндр двигателяengine deicing systemпротивообледенительная система двигателей(переменного действия) engine detunerглушитель двигателяengine developmentдоводка двигателяengine dollyтележка для транспортировки двигателейengine drive shaftглавный вал двигателяengine dry startingхолодная прокрутка двигателяengine duct treatmentоблицовка каналов двигателяengine emissionэмиссия от двигателейengine failureотказ двигателяengine false startingложный запуск двигателяengine fanвентилятор двигателяengine fire shieldпротивопожарный экран двигателяengine fuel systemтопливная система двигателяengine gasketпрокладка в системе двигателяengine generator coolingобдув генератора двигателяengine ground test timeвремя опробования двигателя на землеengine hot startingзапуск двигателя с забросом температуры(выше допустимой) engine impellerрабочее колесо двигателяengine installationустановка двигателяengine internal fineпожар внутри двигателяengine jacketкожух двигателяengine lifting beamбалка крепления двигателяengine lifting deviceприспособление для подъема двигателяengine limit governorрегулятор предельных оборотов двигателяengine moduleмодуль двигателяengine module constructionмодульная конструкцияengine mountрама крепления двигателяengine mount beamбалка крепления двигателяengine mounting attachmentузел крепления двигателяengine mounting railsрельсы закатки двигателяengine mounting trunnionцапфа подвески двигателяengine mount strutстойка подмоторной рамыengine nacelleгондола двигателяengine offвыключенный двигательengine onработающий двигательengine operating timeнаработка двигателяengine outотказавший двигательengine overspeedзаброс оборотов двигателяengine performancesхарактеристики двигателяengine pylonпилон двигателяengine relightвстречный запуск двигателяengine retainerпроставка двигателяengine roll-in fittingузел закатки двигателяengine rundownвыбег двигателяengine runin timeвремя обкатки двигателяengine runningработа двигателяengine run-up operationопробование двигателяengine screenфильтр двигателяengine seizureзаклинивание двигателяengine setting-upотладка двигателяengine speed holdupзависание оборотов двигателяengine speed lossпадение оборотов двигателяengine starterстартер двигателяengine starter buttonкнопка запуска двигателяengine startingзапуск двигателяengine starting procedureпорядок запуска двигателяengine starting systemсистема запуска двигателейengine start modeработа в режиме запуска двигателяengine start systemсистема запуска двигателейengine start valveклапан запуска двигателяengines trend monitoringконтроль состояния двигателейengine tachometer indicatorуказатель оборотов двигателяengine takeoff speedчисло оборотов двигателя на взлетном режимеengine tearwayотрыв двигателяengine test baseиспытательная станцияengine test benchстенд для испытания двигателейengine throttleсектор газа двигателяengine throttle control leverрычаг раздельного управления газом двигателяengine throttle interlock systemсистема блокировки управления двигателемengine thrustтяга двигателяengine thrust marginизбыток тяги двигателяengine timingрегулирование зажигания двигателяengine torqueкрутящий моментengine torquemeter mechanismмеханизм измерителя крутящего момента на валу двигателяengine troubleперебои в работе двигателяengine vent systemдренажная система двигателейengine vibrationтряска двигателяengine vibration indicating systemсистема индикации виброперегрузок двигателяengine vibration indicatorуказатель вибрации двигателяengine wet startingложный запуск двигателяfan-type engineтурбовентиляторный двигательfire an engineзапускать двигательfree-turbine engineдвигатель со свободной турбинойgas turbine engineгазотурбинный двигательhigh bypass ratio engineдвигатель с высокой степенью двухконтурностиhigh compression ratio engineдвигатель с высокой степенью сжатияidling engineдвигатель на режиме малого газаidling engine operationработа двигателя на режиме малого газаin-board engineдвигатель, установленный в фюзеляжеinflight engine testиспытание двигателя в полетеinstall an engineустанавливать двигательjet engineреактивный двигательleft-hand engineдвигатель с левым вращением ротораlift jet engineподъемный реактивный двигательlight an engineзапускать двигательlonger-lived engineдвигатель с большим ресурсомlow bypass ratio engineдвигатель с низкой степенью двухконтурностиmaximum engine overspeedмаксимально допустимый заброс оборотов двигателяmodular engineмодульный двигательmodular engine designмодульная конструкция двигателяnaccele-mounted engineдвигатель, установленный в мотогондолеon-wing mounted engineдвигатель, установленный на крылеopen up an engineдавать двигателю полный газoutboard engineдвигатель, установленный вне фюзеляжаpiston engineпоршневой двигательpodded engineдвигатель, установленный в отдельной гондолеport-outer engineлевый крайний двигательport-side engineлевый внешний двигательpreflight engine runпредполетное опробование двигателяpylon-mounted engineдвигатель, установленный на пилонеquiet engineбесшумный двигательradial engineзвездообразный двигательramjet engineпрямоточный воздушно-реактивный двигательreciprocating engineпоршневой двигательrestart the engine in flightзапускать двигатель в полетеright-hand engineдвигатель с правым вращением ротораrough engineразрегулированный двигательrough engine operationsперебои в работе двигателяrun-down engine operationвыбег двигателяrun in an engineобкатывать двигательrun up an engineопробовать двигательselection of engine modeвыбор режима работы двигателяself-aspirating engineдвигатель без наддуваshut down an engineостанавливать двигательside engineбоковой двигательside engine nacelleгондола двигателя на пилонеsimulated engine failureимитированный отказ двигателяsingle-rotor engineоднокаскадный двигательsingle-shaft turbine engineодновальный газотурбинный двигательslow down an engineснижать режим работы двигателяstarboard engineправый внешний двигательstart an engineзапускать двигательstarting engineпусковой двигательstarting engine operationзапуск двигателяstarting from an operating engineперекрестный запускsubsonic engineдозвуковой двигательthree-flow turbojet engineтрехконтурный турбореактивный двигательthree-pointer engine gageтрехстрелочный указатель двигателяthree-pointer engine gage unitтрехстрелочный указательthree-rotor turbofan engineтрехвальный турбовентиляторный двигательturbine engineгазотурбинный двигательturbofan engineтурбовентиляторный двигательturbojet engineтурбореактивный двигательturboprop engineтурбовинтовой двигательturboshaft engineтурбовальный двигательtwo-rotor engineдвухроторный двигательtwo-shaft turbine engineдвухвальный газотурбинный двигательtwo-spool engineдвухкаскадный двигательunder any kind of engine failureпри любом отказе двигателяunderwing engineподкрыльевой двигательunreverse an engineвыводить двигатель из режима реверсаuprated engineфорсированный двигательwarmed-up engineпрогретый двигательwarm up an engineпрогревать двигательwater-cooled engineдвигатель водяного охлажденияwinding engineлебедкаwing engineкрыльевой двигательwith an engine suddenly failedпри внезапном отказе двигателя -
9 engine
n1) двигун, мотор2) комп. процесор◊engine off — вимкнутий [вимкнений] двигун
engine on — двигун, що працює
engine out — двигун, що відмовив
to blow down an engine — 1) виконувати холодний запуск двигуна; 2) продувати двигун (від залишків палива)
to close down an engine — зупиняти [вимикати] двигун
to cut off an engine — зупиняти [вимикати] двигун
to run an engine — запускати, заводити двигун
to shut down an engine — зупиняти [вимикати] двигун
to start an engine — запускати, заводити двигун
•- air-breathing engine - air-cooled engine - aircraft engine - air-feed jet engine - altitude engine - apogee engine - approach-correcting engine - arc-heating jet engine - arc jet engine - ascent engine - assisted takeoff engine - atmospheric jet engine - aviation engine - axial-flow gas turbine engine - bare engine - baseline engine - basic engine - bipropellant engine - bipropellant rocket engine - bismuth ion engine - boost engine - booster engine - boost rocket engine - bypass engine - center engine - cold-reaction engine - combustion engine - compound engine - critical engine - cryogenic rocket engine - dead engine - definitive engine - derated engine - descent engine - docking engine - double-flow engine - double-row radial engine - dual-flow turbojet engine - duct burning bypass engine - ducted-fan engine - electric arcjet engine - electron-bombardment engine - erosion engine - fan engine - fan-type engine - fluorine-hydrogen engine - free-turbine engine - fuel efficient engine - gas discharge ionizator electrostatic engine - gas turbine engine - gas turbine jet engine - high bypass ratio engine - high compression ratio engine - high-I engine - hybrid air-breathing engine - hybrid-propellant engine - hybrid rocket engine - idling engine - impact volume ionization ion engine - inboard engine - internal combustion engine - in-wing mounted engine - ionic engine - ion rocket jet engine - jet engine - laser air-jet engine - laser-driven rocket engine - laser-heated rocket engine - laser-propulsion rocket engine - launching rocket engine - left-hand engine - lift-fan engine - lift jet engine - light bulb engine - liquid air cycle engine - liquid-cooled engine - liquid-fuel rocket engine - liquid-propellant rocket engine - longer-lived engine - long-life engine - low bypass ratio engine - low-I engine - low-thrust rocket engine - LOX/HC engine - LOX/LH engine - maneuvering engine - mid-flight engine - model diesel engine - modular engine - monopropellant rocket engine - nacelle-mounted engine - oil engine - OMS engine - one-shaft engine - one-spool engine - on-wing mounted engine - outboard engine - photon engine - piston engine - plasma rocket engine - plasmajet rocket engine - podded engine - port-outer engine - port-side engine - potassium ion engine - powerful engine - precombustion chamber engine - propfan engine - propulsion engine - pulsating jet engine - pulsejet engine - pylon-mounted engine - quiet engine - radial engine - radiation-heated rocket engine - radio-frequency ion engine - ramjet engine - RCS engine - reaction engine - reciprocating engine - rectenna-powered ion engine - remanufactured engine - right-hand engine - rocket engine - rough engine - rubidium ion engine - self-aspirating engine - shaft-turbine engine - side engine - single-rotor engine - single-shaft gas turbine engine - single-shaft turbine engine - solar engine - solar photon rocket engine - solar-powered engine - solid-fuel rocket engine - solid-propellant rocket engine - spark-ignition engine - starboard engine - starting engine - subsonic engine - supersonic engine - surface ionization engine - sustainer rocket engine - thermal arc engine - thermal jet engine - three-flow turbojet engine - three-rotor turbofan engine - traveling wave plasma engine - triple-spool jet engine - tripropellant engine - turbine engine - turbofan engine - turbojet engine - turboprop engine - turboshaft engine - two-rotor engine - two-shaft turbine engine - two-spool engine - underwing engine - uprated engine - volume collision ionization engine - warmed-up engine - water-cooled engine - winding engine - wing engine -
10 engine
двигатель; моторduct burning bypass engine — двухконтурный турбореактивный двигатель с дожиганием топлива во втором контуре
2. продувать двигатель (напр. от остатков керосина)to blow down an engine — 1. выполнять холодный запуск двигателя
to close down an engine — останавливать [выключать] двигатель
to cut off an engine — останавливать [выключать] двигатель
to decelerate an engine — убирать обороты двигателя;
to shut down an engine — останавливать [выключать] двигатель
to unre- verse an engine — выводить двигатель из режима реверса;
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11 rotor
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12 engine
1) двигатель, мотор2) ж.-д. локомотив3) машина4) процессор•to run up the engine — опробовать двигатель ( на режимах работы);to unreverse the engine — выводить двигатель из режима реверса-
light bulb engine
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accelerating engine
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adiabatic engine
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air breathing engine
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air engine
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air-cell engine
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air-chamber engine
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air-cooled engine
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aircraft engine
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air-feed jet engine
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air-injection engine
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airless-injection engine
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alcohol engine
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analytical engine
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anchor engine
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apogee engine
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approach-correcting engine
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arc jet engine
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arrow engine
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ascent engine
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assisted takeoff engine
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AV-1 engine
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aviation engine
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axial-flow gas turbine engine
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bare engine
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baseline engine
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basic engine
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beating engine
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bipropellant engine
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bismuth ion engine
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bleaching engine
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blowing engine
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blown engine
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booster engine
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boxer engine
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brake engine
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Brayton engine
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breaker engine
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bypass engine
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catalytic engine
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centrifugal expansion engine
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ceramic engine
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coaxial MPD engine
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cogging engine
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cold-reaction engine
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commercial engine
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compression ignition engine
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computing engine
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constant 1 engine
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conventional engine
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crankcase compression engine
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crest engine
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cross-compound blowing engine
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cross-mounted engine
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cryogenic expansion engine
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cryogenic rocket engine
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dead engine
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derated engine
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descent engine
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diesel engine
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diesel-electric engine
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difference engine
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digital engine
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direct-injection engine
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displacement engine
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docking engine
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donkey engine
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double-row engine
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double-row radial engine
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down-rated engine
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drilling engine
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dual-flow turbojet engine
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dual-mode engine
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duct-burning bypass engine
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ducted-fan engine
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electric arcjet engine
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electron-bombardment engine
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emergency propulsion engine
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energy-cell diesel engine
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erosion engine
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expansion engine
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external combustion engine
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F-head engine
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fire engine with extension ladder
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fire engine
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fixed head engine
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flat engine
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flat-head engine
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fluorine-hydrogen engine
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four-barrel engine
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four-cycle engine
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Gardner engine
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gas discharge ionizator electrostatic engine
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gas engine
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gas turbine engine
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gas-driven blowing engine
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gas blowing engine
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gasoline engine
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graphics engine
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heat engine
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heavy equipment diesel engine
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heavy-duty engine
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high bypass ratio engine
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high-compression engine
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high-efficiency engine
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high-I engine
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horizontal engine
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horizontally opposed engine
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Horning engine
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hump engine
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hybrid air-breathing engine
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hybrid-propellant engine
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hydrogen-fueled engine
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I-head engine
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impact volume ionization ion engine
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inboard engine
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indirect-injection engine
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individual cylinder head engine
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industrial application engine
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inference engine
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inlet over exhaust engine
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in-line engine
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ionic engine
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ion engine
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jet engine
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ladle-car engine
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laser air-jet engine
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laser-driven rocket engine
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laser-heated rocket engine
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laser-propulsion rocket engine
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Lauson engine
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L-head engine
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lift engine
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lift jet engine
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light duty diesel engine
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linear MPD engine
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liquid air cycle engine
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liquid petroleum gases engine
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liquid-propellant engine
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long-stroke engine
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low bypass ratio engine
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low-I engine
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LOX/HC engine
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LOX/LH engine
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magnetogasdynamic engine
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maneuvering engine
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marine application engine
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marine engine
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mercury ion engine
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mid-flight engine
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model diesel engine
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monkey engine
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motored engine
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multifuel engine
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nacelle-mounted engine
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naturally aspirated engine
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nonturbo engine
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oil engine
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oil-electric engine
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OMS engine
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one-shaft engine
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open-cylinder engine
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opposed-piston engine
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Otto engine
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outboard engine
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overhead valve engine
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oversquare engine
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pancake engine
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petrol engine
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Petter AV-I Diesel engine
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Petter W-1 engine
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photon engine
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piston ported engine
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plasmajet rocket engine
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plasma rocket engine
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podded engine
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pollution-free engine
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potassium ion engine
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prechamber engine
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propulsion engine
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pulping engine
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pulsejet engine
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pusher engine
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quench-car engine
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racing engine
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radial engine
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radiation-heated rocket engine
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radio-frequency ion engine
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ram engine
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ramjet engine
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Rankine engine
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RCS engine
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reciprocating solar engine
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rectenna-powered ion engine
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remanufactured engine
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restartable engine
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rotary engine
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rubidium ion engine
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separation engine
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shaft-turbine engine
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shunting engine
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single-shaft gas turbine engine
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six-cylinder in-line engine
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solar Brayton engine
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solar engine
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solar photon rocket engine
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solar-heated gas engine
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solar gas engine
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solar-powered engine
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spacer plate engine
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special arrangement engine
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square engine
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starting engine
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steam-driven blowing engine
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steam blowing engine
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steering engine
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Stirling engine
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stock engine
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subsonic engine
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supercharged engine
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surface ionization engine
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swirl-chamber diesel engine
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switch engine
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take-home engine
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tee engine
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test bed engine
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T-head engine
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thermal arc engine
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thermoelectronic engine
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three-flow turbojet engine
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towing engine
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trans-rear engine
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transverse engine
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traveling wave plasma engine
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trimmer engine
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tripropellant engine
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truck engine
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turbine engine
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turbine expansion engine
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turbocharged engine
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turbo engine
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turbofan engine
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turbojet engine
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turboprop engine
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turboshaft engine
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turbulence-chamber engine
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twin rotor engine
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two-rotor engine
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two-shaft gas turbine engine
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two-spool engine
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unblown engine
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undersquare engine
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variable compression engine
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variable cycle engine
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variable cylinder engine
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vehicular engine
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V-engine
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volume collision ionization engine
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Wankel engine
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warmed-up engine
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washing engine
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waste-heat recovery Stirling engine
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water-cooled engine
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windmilling engine
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wing engine
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W-type engine
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yard engine -
13 single
один; единый; горн. однотрубка (бурильных труб); однотрубная свеча (бурильных труб); II с.х. букетировать; прореживать (посев); II единичный; отдельный; обособленный; одиночный; одинарный- single-bend valve - single block - single bump - single cabriolet - single casting - single-coat asphalt - single coupe - single-crop - single-cut - single-flange truck wheel - single force - single-furrow deep digger - single-head wrench - single-hole nozzle - single-jointed drive shaft - single laying of plank covering - single laying of planking - single-leaf spring - single-lever with roller-mounted stud steering gear - single-line bridge - single paper condenser - single-phase - single-phase converter - single-pin track - single-pole - single pontoon bridge - single purpose machine - single roller - single-roller cam steering gear - single-row - single silk covered - single-spraying jet - single-stage - single-stage centrifugal compressor - single-stage torque converter - single-thread worm - single-throw - single tie rod - single track - single-track car line - single turbo-compressor rotor cycle - single tyre - single-unit - single-unit car construction - single way - single wheel - single-wheel hoe - single-wheel loading - single-wing door - single-wire system -
14 rotor
1. ротор3. (несущий) винт < вертолета>, НВ; несуще-тянущий винт < самолета вертикального взлета и посадки>, НТВ4. вихрь, ротор < векторного поля>air-driven rotorarticulated rotorautorotating rotorbearingless rotorbottom rotorcirculation-control rotorcirculation-controlled rotorclimbing rotorco-axial rotorscompressor rotorcompressor stage rotorcontra-rotating rotorscross-beam rotordelta-hinged rotordescending rotoredgewise moving rotorelastomeric rotorengine rotorfan rotorfan in the fin tail rotorfan-in-tail rotorfenestron tail rotorfinite-blade rotorfixed-tip rotorfold rotorfour-bladed rotorfree-tip rotorfully articulated rotorgimballed rotorglass fiber rotorhelicopter rotorhingeless rotorhovering rotorintegrally bladed rotorjet rotorlifting rotorlow-inflow rotormain rotormirror-image rotormistuned rotormoderate offset rotormultiple-load-path rotoropen rotoroverlapped rotorspaired rotorspropfan rotorquiet tail rotorrigid rotorring fin tail rotorsee-saw rotorsemiarticulated rotorsemirigid rotorshrouded tail rotorside-by-side rotorssingle-load-path rotorsnap-through rotorsoft in-plane rotorstationary rotorstiff in-plane rotorstopped rotortail rotortandem rotorsteetering rotorthick bladed rotortilt rotortop rotortriple-load-path rotortuned rotorturbine rotortwin rotorstwo-blade rotortwo-bladed rotortwo-position rotorunderslung rotorvariable camber rotorX-shaped rotorX-wing rotor -
15 single
123 -
16 engine
1. двигатель; мотор2. машина; процессор10х8 engineAda engineadvanced-cycle engineaero engineafterburning turbofan engineafterburning turbojet engineair-cooled engineaspirated engineaugmented engineauxiliary engineaxial-flow gas turbine enginebody-submerged engineburied enginebypass engineclean engineclean-burning enginecold enginecombat enginecombined-cycle enginecommercial enginecompression ignition enginecontrarotating propfan engineconvertible engineconvertible turboshaft/turbofan enginecore enginecruise enginedead enginediesel enginedouble-bypass enginedual-expander enginedummy engineenergy-efficient engineenvironmentally friendly engineexpendable engineFadec controlled enginefall-back enginefast-revving enginefighter enginefixed-cycle engineflat-four engineflight-qualified enginefly-by-wire enginefree turbine enginefuel-injected enginefuel-saving enginefull-throttle fly-by-wire enginefuselage-mounted enginegas turbine enginegeared enginegrowth engineheat exchanger enginehigh-airflow enginehigh-compression enginehigh-set enginehigh-thrust-to-weight enginehigh-time enginehydrocarbon-burning enginehydrogen-fueled enginehydromechanically controlled engineidling enginein-line engineincreased-thrust engineinoperative enginelarge-diameter enginelarger enginelift enginelift-cruise engineliquid-fueled enginelive enginelong-life enginelow-bypass enginelow-bypass ratio enginelow-smoke enginelow-thrust/weight-ratio enginelow-slung engineLO2/LH2 engineLOX/LH2 engineMach 25 enginemethane-fueled enginemixed enginemixed flow enginemultishaft enginemultiflow enginenongeared engineoperating engineopposed-cylinder enginepodded engineprototype enginepure turbojet enginepusher engineramjet enginerapid-spoolup enginerear-mounted enginereciprocating engineregenerative enginerocket enginerotary enginerunning enginescramjet engineseparate flow engineshoulder-mounted enginessingle-rotor rotary enginesix-cylinder enginesmart enginesolid-fueled enginespark ignition engineSST enginestratified-charge enginesubmerged enginesubsonic combustion enginesupercharged enginesupersonic combustion ramjet enginesupersonic fan enginetail-mounted enginetandem-fan enginetandem-mounted enginesthree flow enginethree-shaft enginetopside enginetractor enginetrimless engineturbine bypass engineturbocharged engineturbocompound engineturbofan engineturbojet engineturboprop engineturboramjet engineturboscramjet engineturboshaft enginetwo-shaft enginetwo-spool enginetwo-stroke engineUHB engineultra bypass engineultrahigh-bypass engineunducted fan engineunducted-type fan engineunmixed engineunsuppressed enginevariable cycle enginevariable stream control engineVATOL enginevectored enginewarmed-up engine -
17 configuration
1. конфигурация; схема; компоновка; форма; комбинация2. структура3. вариант <ЛА>10x8 configuration15% unstable configurationactuator configurationaero-balanced configurationaeroelastic configurationaeromedical configurationaft CG configurationair defence configurationair-combat configurationair-to-air configurationaircraft configurationaircraft-like configurationairfoil-spoiler-flap configurationairframe-inlet configurationall-cargo configurationall-economy configurationall-freight configurationall-wing configurationanti-ice configurationapproach-flap configurationarrow-wing configurationas delivered configurationas-built configurationasymmetrical missile configurationback-staggered configurationbaseline configurationbenchmark configurationblade configurationblade/hub configurationblowing configurationbroad-brush configurationbutterfly configurationcabin configurationcanard configurationcanard-tail configurationcanard-wing configurationcanard-wing-body configurationcanardless configurationcargo-loading configurationchine configurationchined configurationcircular configurationclean configurationclose-coupled canard configurationclose-coupled wing-canard configurationclosed-loop configurationcoaxial configurationcockpit configurationconstant gain configurationcontrol configurationcontrol law configurationcontrol surface configurationcontrol system configurationcritical configurationcruise configurationdelta-canard configurationdelta-winged configurationdeparture resistant configurationdeployed configurationdisplay configurationdouble-delta configurationdownstop configurationdual cargo-hook configurationdual-console configurationeconomy class configurationejector-lift and vectored-thrust configurationelectronic reconnaissance configurationempennage configurationenergy-conservative configurationengine configurationevaluation configurationfairing configurationfighter-like configurationfilter configurationfinned configurationflap configurationflapped configurationflaps-up configurationflying boom configurationforebody configurationforebody off configurationforebody removed configurationforward-swept configurationforward-swept-wing configurationfour-blade configurationfour-engine configurationfree-turbine configurationgeometric configurationglide configurationglove-fuselage configurationgo-around configurationheavy store configurationhigh-angle-of-attack configurationhigh-control-effectiveness configurationhigh-altitude configurationhigh-density configurationhigh-fineness-ratio configurationhigh-lift configurationhigh-overshoot configurationhigh-wing configurationhorizontal ellipse configurationhypersonic configurationin-flight configurationin-line configurationinboard-jointed configurationinertially slender configurationinlet configurationinversely derived configurationiron bird configurationjet balanced configurationjoined wing configurationlanding configurationLEX configurationlifting body configurationlighting configurationlow-bypass configurationlow-drag configurationlow-fineness-ratio configurationlow-overshoot configurationlow-signature configurationlow-speed configurationmaneuver configurationmidwing configurationminimum drag configurationmixed-class configurationmultisurface configurationmultibody configurationmultiengine configurationmultiple-jet configurationnormal-shock configurationnose-boom-off configurationnose-boom-on configurationoblique-wing configurationopen-loop configurationordnance configurationover-the-wing configurationpanelized configurationparcel-freighter configurationpartial-freight configurationpassenger configurationpayload configurationpitch control configurationpitch attitude-tracking configurationpitch-only configurationpitch rate command configurationpodded configurationpole-zero configurationpoor RSS configurationpower approach configurationpower-on aircraft configurationpowered configurationpowerplant configurationpre-production configurationproduction configurationpropulsor configurationpusher configurationratchet configurationreal configurationrear-loading configurationrotor plus wing configurationrotor-airframe configurationrotor-fuselage configurationrotor-winglet configurationrotorcraft configurationseating configurationsensor configurationside-by-side configurationsimulation configurationsingle-jet configurationsingle-body configurationsingle-engine configurationsingle-fuselage configurationsingle-pilot configurationsingle-rotor configurationsingle-shaft configurationsized configurationslat configurationsoft in-plane configurationspoiler configurationstable configurationstall-resistant configurationstarting configurationsteady flight configurationstiff in-plane configurationSTOL configurationstore configurationSTOVL configurationstraight-wing configurationstrake off configurationstrake-wing configurationsupersonic cruise configurationsymmetrical missile configurationT-tail configurationtail configurationtail control configurationtail-aft configurationtailed configurationtailed-delta configurationtailless configurationtakeoff configurationtandem configurationtandem-wing configurationtandem-rotor configurationtest configurationthree shaft configurationthree-engine configurationthree-shock configurationthrust-down configurationthrust-up configurationthrust-vectored configurationtilt-rotor configurationtilting engine configurationtip-jointed configurationtractor configurationtrailing-edge configurationTrefftz-plane configurationtunnel-supported configurationturbojet-powered configurationturboprop configurationturboshaft configurationturning configurationtwin-lift helicopter configurationtwo-bladed configurationtwo-cabin configurationtwo-engine configurationtwo-shaft configurationtwo-stage configurationtwo-surface configurationunder-the-wing configurationunslatted configurationunstable configurationunstick configurationup and away configurationupper-surface-blowing configurationupper-surface-blown configurationUSB configurationV/STOL configurationvariable-bypass-ratio configurationvariable-geometry configurationVATOL configurationvectored-engine-over-wing configurationVEO-wing configurationvertical ellipse configurationVTOL configurationwidely spaced pod configurationWild Weasel configurationwing configurationwing mounted configurationwing-body-nacelle configurationwing-body-tail configurationwing-canard configurationwing-fence configurationwing-flap configurationwing-spoiler-flap configurationwing-tail-fuselage configurationwing-store configurationyaw vane configurationzig-zag configuration -
18 helicopter
1. nвертоліт, гелікоптер2. vперевозити гелікоптером, летіти на гелікоптері◊to pilot a helicopter — вести [пілотувати] вертоліт
to pull up the helicopter — різко збільшувати піднімальну силу гелікоптера, "підривати" вертоліт
•- amphibian helicopter - casualty helicopter - coaxial helicopter - coaxial-rotor helicopter - compound helicopter - crane helicopter - doubledual-rotor helicopter - fire helicopter - flying crane helicopter - heavy-lift helicopter - hovering helicopter - land helicopter - multi-engine helicopter - multirotor helicopter - sea helicopter - side-by-side rotor helicopter - single-engine helicopter - single main rotor helicopter - single-rotor helicopter - tandem-rotor helicopter - turbojet helicopter - twin-rotor helicopter - utility helicopter -
19 Bollée, Ernest-Sylvain
[br]b. 19 July 1814 Clefmont (Haute-Marne), Franced. 11 September 1891 Le Mans, France[br]French inventor of the rotor-stator wind engine and founder of the Bollée manufacturing industry.[br]Ernest-Sylvain Bollée was the founder of an extensive dynasty of bellfounders based in Le Mans and in Orléans. He and his three sons, Amédée (1844–1917), Ernest-Sylvain fils (1846–1917) and Auguste (1847-?), were involved in work and patents on steam-and petrol-driven cars, on wind engines and on hydraulic rams. The presence of the Bollées' car industry in Le Mans was a factor in the establishment of the car races that are held there.In 1868 Ernest-Sylvain Bollée père took out a patent for a wind engine, which at that time was well established in America and in England. In both these countries, variable-shuttered as well as fixed-blade wind engines were in production and patented, but the Ernest-Sylvain Bollée patent was for a type of wind engine that had not been seen before and is more akin to the water-driven turbine of the Jonval type, with its basic principle being parallel to the "rotor" and "stator". The wind drives through a fixed ring of blades on to a rotating ring that has a slightly greater number of blades. The blades of the fixed ring are curved in the opposite direction to those on the rotating blades and thus the air is directed onto the latter, causing it to rotate at a considerable speed: this is the "rotor". For greater efficiency a cuff of sheet iron can be attached to the "stator", giving a tunnel effect and driving more air at the "rotor". The head of this wind engine is turned to the wind by means of a wind-driven vane mounted in front of the blades. The wind vane adjusts the wind angle to enable the wind engine to run at a constant speed.The fact that this wind engine was invented by the owner of a brass foundry, with all the gear trains between the wind vane and the head of the tower being of the highest-quality brass and, therefore, small in scale, lay behind its success. Also, it was of prefabricated construction, so that fixed lengths of cast-iron pillar were delivered, complete with twelve treads of cast-iron staircase fixed to the outside and wrought-iron stays. The drive from the wind engine was taken down the inside of the pillar to pumps at ground level.Whilst the wind engines were being built for wealthy owners or communes, the work of the foundry continued. The three sons joined the family firm as partners and produced several steam-driven vehicles. These vehicles were the work of Amédée père and were l'Obéissante (1873); the Autobus (1880–3), of which some were built in Berlin under licence; the tram Bollée-Dalifol (1876); and the private car La Mancelle (1878). Another important line, in parallel with the pumping mechanism required for the wind engines, was the development of hydraulic rams, following the Montgolfier patent. In accordance with French practice, the firm was split three ways when Ernest-Sylvain Bollée père died. Amédée père inherited the car side of the business, but it is due to Amédée fils (1867– 1926) that the principal developments in car manufacture came into being. He developed the petrol-driven car after the impetus given by his grandfather, his father and his uncle Ernest-Sylvain fils. In 1887 he designed a four-stroke single-cylinder engine, although he also used engines designed by others such as Peugeot. He produced two luxurious saloon cars before putting Torpilleur on the road in 1898; this car competed in the Tour de France in 1899. Whilst designing other cars, Amédée's son Léon (1870–1913) developed the Voiturette, in 1896, and then began general manufacture of small cars on factory lines. The firm ceased work after a merger with the English firm of Morris in 1926. Auguste inherited the Eolienne or wind-engine side of the business; however, attracted to the artistic life, he sold out to Ernest Lebert in 1898 and settled in the Paris of the Impressionists. Lebert developed the wind-engine business and retained the basic "stator-rotor" form with a conventional lattice tower. He remained in Le Mans, carrying on the business of the manufacture of wind engines, pumps and hydraulic machinery, describing himself as a "Civil Engineer".The hydraulic-ram business fell to Ernest-Sylvain fils and continued to thrive from a solid base of design and production. The foundry in Le Mans is still there but, more importantly, the bell foundry of Dominique Bollée in Saint-Jean-de-Braye in Orléans is still at work casting bells in the old way.[br]Further ReadingAndré Gaucheron and J.Kenneth Major, 1985, The Eolienne Bollée, The International Molinological Society.Cénomane (Le Mans), 11, 12 and 13 (1983 and 1984).KM -
20 compressor
cold air unit compressor — компрессор холодильного агрегата [холодильника]
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