Assertion list for term "rotor".

Results from Ascent++: 396
rotor ReceivesActionremoved 0.70
brake rotor (subgroup of rotor) ReceivesActionwarped 0.69
new rotor (subgroup of rotor) ReceivesActioninstalled 0.68
rotor (aspect of helicopter) CapableOfturn in opposite directions 0.68
rotor (aspect of turbine) ReceivesActionconnected to main shaft 0.68
rotor ReceivesActionmachined 0.66
rotor (aspect of motor) ReceivesActionmagnetized 0.65
rotor ReceivesActionreplaced 0.64
rotor HasPropertysmooth 0.61
rotor ReceivesActionresurfaced 0.60
rotor CapableOfgenerate torque 0.60
motor HasArotor 0.60
rotor ReceivesActiondrilled 0.58
rotor CapableOfrotate in same direction 0.57
rotor (aspect of motor) CapableOfrotate within the stator 0.57
rotor ReceivesActionfinished with black zinc plating 0.56
rotor (aspect of motor) HasPropertystationary 0.54
rotor ReceivesActionheld in place 0.54
rotor CapableOfeliminate the need 0.53
rotor (aspect of motor) ReceivesActionmounted on shaft 0.53
rotor ReceivesActionmagnetized 0.52
rotor HasAminimum thickness 0.52
rotor (aspect of motor) CapableOfrotate at synchronous speed 0.52
rotor CapableOfrotate in opposite directions 0.52
rotor ReceivesActionvented 0.51
rotor (aspect of motor) HasAwinding 0.51
rotor HasPropertythinner 0.51
rotor MadeOfcast iron 0.51
rotor CapableOfrotate within the stator 0.50
rotor ReceivesActionshown in fig 0.50
rotor ReceivesActionchanged 0.50
rotor CapableOfrotate at high speed 0.49
rotor HasPropertystationary 0.49
rotor CapableOfrotate with wheel 0.49
rotor HasPropertyflat 0.49
rotor HasPropertyunbalanced 0.49
rotor (aspect of motor) CapableOfrotate with respect 0.49
rotor (aspect of turbine) CapableOfrotate in opposite directions 0.48
rotor HasPropertyrotatable 0.48
rotor CapableOfinteract with the camshaft 0.48
rotor ReceivesActionproduced with laminate surfaces 0.48
rotor ReceivesActioncleaned 0.48
rotor ReceivesActionslotted 0.48
rotor ReceivesActionattached to the shaft 0.48
rotor ReceivesActionworn 0.47
rotor CapableOfattach to the axle 0.47
brake rotor (subgroup of rotor) ReceivesActionreplaced 0.47
rotor CapableOfconsist of hammer 0.46
rotor ReceivesActiondriven by motor 0.46
rotor HasPropertytight 0.45
rotor MadeOfmetal 0.45
rotor (aspect of motor) CapableOfrotate inside the epiterchoid chamber 0.44
rotor (aspect of motor) CapableOftravel over the exhaust port 0.44
rotor (aspect of motor) ReceivesActionshown in fig 0.44
rotor CapableOfconsist of pin shafts 0.44
rotor HasPropertynew 0.44
rotor CapableOfrotate about axis 0.44
rotor ReceivesActionmounted on shaft 0.43
rotor CapableOfrotate at synchronous speed 0.43
rotor HasAfloating mount system 0.43
rotor CapableOfmount on shaft 0.43
rotor CapableOfconsist of main shaft 0.43
rotor CapableOfdissipate heat 0.43
rotor ReceivesActionconnected to the wheel 0.42
rotor CapableOfturn at same speed 0.42
rotor CapableOfcomprise a plurality of blades 0.42
rotor MadeOfsteel 0.42
rotor CapableOfturn slower than the frequency 0.42
rotor HasPropertysimple 0.41
rotor ReceivesActionattached to the hub 0.41
rotor CapableOfspin at high speed 0.41
rotor CapableOfinteract with the stator 0.41
rotor HasPropertylighter 0.41
rotor HasAwinding 0.41
rotor ReceivesActioncast 0.41
rotor AtLocationautorotation 0.41
rotor ReceivesActionsold 0.41
rotor CapableOfface the wind 0.41
brake rotor (subgroup of rotor) HasPropertyperfect 0.41
rotor Causesvibration 0.41
rotor (aspect of motor) HasPropertyrotatable 0.41
rotor (aspect of motor) ReceivesActionremoved 0.41
rotor (aspect of motor) ReceivesActioncarried by a blade assembly 0.41
rotor CapableOfgenerate power 0.41
rotor ReceivesActionfree to turn 0.40
rotor CapableOfrotate with respect 0.40
rotor HasPropertycompatible 0.40
rotor CapableOfspin in opposite directions 0.39
rotor HasPropertyclose 0.39
rotor CapableOfturn within the stator 0.39
rotor ReceivesActionadded 0.39
rotor CapableOfmeasure at 15.7 inches 0.39
rotor CapableOfturn mounting flange 0.39
rotor (aspect of motor) CapableOfturn slower than the frequency 0.39
rotor HasPropertyeffective 0.38
rotor CapableOfrotate off-center 0.38
rotor ReceivesActionconnected to the drive shaft 0.38
steam turbine (subgroup of turbine) HasArotor 0.38
rotor HasAdiameter 0.38
rotor CapableOfabsorb heat 0.37
rotor ReceivesActionenergized 0.37
rotor ReceivesActionselected 0.37
rotor CapableOfwarp 0.37
rotor CapableOfslow the vehicle 0.37
rotor CapableOfwind the mainspring 0.37
rotor ReceivesActionsupported by bearing 0.37
brake rotor (subgroup of rotor) MadeOfcast iron 0.37
rotor (aspect of motor) CapableOfalign with the stator 0.36
rotor (aspect of motor) CapableOfrotate with the shaft 0.36
rotor (aspect of motor) HasAcommutator 0.36
rotor CapableOfcreate magnetic field 0.36
rotor ReceivesActioncut 0.36
rotor CapableOfrun at synchronous speed 0.36
rotor CapableOfcomprise impeller 0.36
rotor ReceivesActionspaced 0.36
rotor ReceivesActionlocated inside the stator 0.36
rotor CapableOfrotate clockwise 0.36
rotor ReceivesActionconnected to each other 0.36
rotor ReceivesActiondescribed 0.36
turbine HasArotor 0.36
rotor (aspect of helicopter) CapableOfslap at the water 0.35
rotor CapableOflook great 0.35
rotor ReceivesActionmeasured 0.35
rotor CapableOfutilize curved vane design 0.35
rotor CapableOfgenerate electrical current 0.35
rotor ReceivesActionoffset in off-center 0.35
rotor MadeOfmagnetic material 0.35
rotor CapableOfpick up speed 0.35
rotor CapableOfstop the vehicle 0.35
rotor CapableOfnever show corrosion 0.35
rotor ReceivesActionused in normal driving 0.35
rotor CapableOfcomprise a plurality of permanent magnets 0.35
rotor HasPropertyflexible 0.35
rotor HasPropertystrong 0.35
rotor ReceivesActionfixed 0.35
rotor MadeOfstainless steel 0.35
rotor MadeOfmaterial 0.35
rotor ReceivesActioncarried by a blade assembly 0.35
rotor HasAa plurality of poles 0.35
centrifuge HasArotor 0.35
titanium UsedForrotor 0.34
rotor HasPropertygood 0.34
rotor HasPropertyfine 0.34
rotor ReceivesActionaligned with the stator 0.34
rotor ReceivesActionpitted 0.34
rotor CapableOfmaintain spiral waves 0.34
rotor ReceivesActionconnected to the output shaft 0.34
rotor HasPropertyimportant 0.34
rotor HasPropertysuitable 0.34
rotor ReceivesActionspun at high revolutions 0.34
rotor ReceivesActionengaged with the generator mechanism 0.34
rotor CapableOfconsist of cylindrical laminated core 0.34
rotor HasAa plurality of magnetic poles 0.34
rotor ReceivesActionpositioned within milling chamber 0.34
rotor CapableOfrotate in the casing 0.34
rotor (aspect of motor) CapableOfrun at speed 0.33
rotor (aspect of motor) ReceivesActionformed with through bore 0.33
rotor CapableOfbecome worn 0.33
rotor (aspect of turbine) CapableOfturn the low-speed shaft 0.33
rotor (aspect of turbine) CapableOfface into the wind 0.33
rotor (aspect of turbine) CapableOfcapture kinetic energy of the wind 0.33
rotor HasPropertylow 0.32
rotor CapableOfensure optimal performance 0.32
rotor CapableOfwear over time 0.32
rotor ReceivesActionvisualized in current study 0.32
rotor CapableOfwork in conjunction 0.32
rotor HasPropertyidentical 0.32
rotor ReceivesActiondisplaced to the position 0.32
rotor MadeOfthree parts 0.32
rotor MadeOfplastic 0.32
rotor CapableOfreach synchronous speed 0.32
rotor CapableOfconsist of commutator 0.32
rotor CapableOfsave money 0.32
rotor CapableOfdecelerate to stop 0.32
rotor CapableOfmake the motor work 0.32
rotor CapableOfmeasure at the rears measure 0.32
rotor CapableOfgive a 131-meter 429 foot 0.32
rotor CapableOfintermesh over the top of the aircraft 0.32
rotor CapableOfsit atop the flywheel 0.32
rotor ReceivesActionhandled 0.32
rotor CapableOfrotate with the shaft 0.32
rotor HasAparticular varying magnetism 0.32
rotor ReceivesActionturned by hand 0.32
rotor HasPropertyunpowered 0.32
rotor ReceivesActionprovided with a bypass channel 0.32
rotor (aspect of helicopter) CapableOfconsist of two or more rotor blades 0.31
rotor (aspect of helicopter) CapableOfintermesh over the top of the aircraft 0.31
rotor (aspect of helicopter) ReceivesActionrequired to stop helicopter 0.31
brake rotor (subgroup of rotor) CapableOfmeasure 16.1 inches 0.31
rotor ReceivesActionsecured 0.30
rotor CapableOfshow the highest chemical resistance 0.30
rotor IsAthe armature 0.30
rotor CapableOfshed 10 0.30
rotor ReceivesActionseparated by small air-gap 0.30
rotor ReceivesActionserviced 0.30
rotor CapableOfseparate central hub 0.30
rotor ReceivesActionfree to expand 0.30
rotor CapableOfreach 6,000 rpm 0.30
rotor ReceivesActionformed with through bore 0.30
rotor CapableOfprovide thrust 0.30
rotor ReceivesActionconstructed without any iron core 0.30
rotor CapableOfcapture kinetic energy of the wind 0.30
rotor CapableOfcoast to stop 0.30
rotor HasAsame number of poles 0.30
rotor HasAonly two degrees of freedom 0.30
rotor CapableOfconsist of mast 0.30
rotor (aspect of motor) CapableOfinduce e.m.f 0.30
rotor (aspect of motor) CapableOfturn at same speed 0.30
rotor (aspect of motor) CapableOfoscillate at high frequency 0.30
rotor (aspect of motor) CapableOfclose the inlet port 0.30
rotor (aspect of motor) MadeOftwo discs 0.30
rotor (aspect of motor) ReceivesActionconstructed without any iron core 0.30
rotor (aspect of motor) ReceivesActioncentered with more than one 0.30
rotor (aspect of motor) ReceivesActionadapted to radial arm 0.30
rotor CapableOfmove of hat 0.28
rotor CapableOfstay flatter 0.28
rotor HasPropertymisaligned 0.28
rotor MadeOf.35mm laminations 0.28
rotor HasAmechanical bearings 0.28
rotor MadeOfgraphite 0.28
rotor ReceivesActionstored 0.28
rotor CapableOfstrike the ground 0.28
rotor CapableOfgive more leverage 0.28
rotor HasPropertymovable 0.28
rotor CapableOfrun at speed 0.28
rotor ReceivesActionrepaired 0.28
rotor HasPropertyrough 0.28
rotor MadeOftitanium 0.28
rotor ReceivesActionbrought 0.28
rotor ReceivesActionclamped 0.28
rotor ReceivesActionlocated on naves of wheels 0.28
rotor HasAnotch 0.28
rotor ReceivesActionrefinished 0.28
rotor ReceivesActionplated 0.28
rotor CapableOfcontinue to rotate at suitable pitch setting 0.28
rotor ReceivesActiondrawn through the air 0.28
rotor HasAflow ducts 0.28
rotor HasAseveral fluid conduits 0.28
rotor CapableOfstart running in same direction 0.28
rotor CapableOfcheck for runout 0.28
rotor MadeOfcomposites such as carbon fibre 0.28
rotor CapableOfpossess three degrees of rotational freedom 0.28
rotor CapableOfspin about one axis 0.28
rotor MadeOfspecially heat treated carbon steel 0.28
rotor HasAcylindrical circumferential surface 0.28
rotor ReceivesActionadapted to radial arm 0.28
rotor CapableOfmake epicyclic motion 0.28
rotor MadeOftwo discs 0.28
rotor CapableOfcrack 0.26
rotor HasPropertylightweight 0.26
rotor ReceivesActionrefrigerated at 2-8° c 0.25
rotor CapableOfturn the generator 0.25
rotor CapableOfincrease heat capacity 0.25
rotor CapableOfturn shaft 0.25
rotor CapableOftake the punishment 0.25
rotor HasAa plurality of openings 0.25
rotor ReceivesActionattached to the back of the movement 0.25
rotor CapableOfspin around the inside of the watch 0.25
rotor PartOfa turbine 0.25
rotor HasAthe lowest profile 0.25
rotor AtLocationphase 0.25
rotor ReceivesActiondisposed along an axis of the fan 0.25
rotor ReceivesActionskeletonized 0.25
rotor HasPropertyblue 0.25
rotor ReceivesActiontested 0.25
rotor HasPropertycompressible 0.25
rotor ReceivesActionspun up by the engine 0.25
rotor ReceivesActioncircuited 0.25
rotor HasAhydrodynamic surface 0.25
rotor ReceivesActionon the inside 0.25
rotor ReceivesActionconnected in series 0.25
rotor HasAventilated design 0.25
rotor ReceivesActionbrought up to temperature 0.25
rotor ReceivesActionallowed to cool down over several cycles 0.25
rotor ReceivesActionsold as matched set 0.25
rotor CapableOfslap at the water 0.25
rotor HasAat least one fluid channel 0.25
rotor CapableOfreplace pad 0.25
rotor ReceivesActionpositioned by the positioning unit 0.25
rotor ReceivesActionpositioned at drive start position 0.25
rotor CapableOfmove in straight line 0.25
rotor ReceivesActionmounted to the pod 0.25
rotor CapableOftake classic rotary speaker design 0.25
rotor CapableOfcome to standstill 0.25
rotor ReceivesActionrequired to produce translational displacement of the plunger 0.25
rotor ReceivesActiondetected 0.25
rotor CapableOfrun to the left 0.25
rotor ReceivesActionsupported for relative rotary motion 0.25
rotor HasA509 parts 0.25
rotor HasAhole 0.25
rotor CapableOfmake one complete revolution 0.25
rotor ReceivesActionmounted on the ac motor's shaft 0.25
rotor HasPropertycommon 0.25
rotor ReceivesActiongenerated in 2d model of atrial tissue 0.25
rotor CapableOfprovide both lift 0.25
rotor CapableOfchange discharging granularity 0.25
rotor CapableOfchange the shape of the materials 0.25
rotor ReceivesActionpre 0.25
rotor CapableOfextend around inner periphery 0.25
rotor ReceivesActionaccelerated in no-lift pitch 0.25
rotor CapableOffit inside the stator magnets 0.25
rotor CapableOfprovide a return path 0.25
rotor ReceivesActionadorned with the piaget coat-of-arms, sunburst 0.25
rotor ReceivesActionadorned with chamfered bridges 0.25
rotor ReceivesActionadorned with circular stain-brushed wheels 0.25
rotor ReceivesActionadorned with silver-toned screws 0.25
rotor MadeOfbronze 0.25
rotor CapableOfvent to aid brake cooling 0.25
rotor CapableOfvent to aid gas 0.25
rotor ReceivesActionconnected to the vessel 0.25
rotor ReceivesActionsupported by the tower 0.25
rotor CapableOfrotate ccw 0.25
rotor HasPropertysolid 0.25
rotor ReceivesActionpulled with positive torque 0.25
rotor HasPrerequisitecertain amount of mass 0.25
rotor ReceivesActionlevitated 0.25
rotor HasPropertywashable 0.25
rotor HasAa magnetic position sensor receiver 0.25
rotor CapableOfgrind a work surface 0.25
rotor ReceivesActionrepresented as rigid body 0.25
rotor HasAlip 0.25
rotor CapableOfreduce vibration 0.25
rotor HasAupper and lower circumferential extensions 0.25
rotor CapableOfcontinue to provide centrifugal forces 0.25
rotor ReceivesActiondisposed in the motor end cap 0.25
rotor ReceivesActionconnected to mechanical load 0.25
rotor ReceivesActionon the outside 0.25
rotor ReceivesActionprovided in mixing vessel 0.25
rotor CapableOfpass by the stator air gap 0.25
rotor ReceivesActionwrapped 0.25
rotor CapableOfcomprise main body portion 0.25
rotor MadeOfsuperconducting material 0.25
rotor ReceivesActionattached to a tilting mechanism 0.25
rotor ReceivesActioncoupled to rotor cooling system 0.25
rotor ReceivesActionsecured to the throttle shaft 0.25
rotor ReceivesActionsupported at the center of the substrate 0.25
rotor CapableOfprovide mechanical power 0.25
rotor ReceivesActionprovided with plurality 0.25
rotor HasPropertyclassified 0.25
rotor MadeOfhard chrome plate 0.25
rotor CapableOfrotate 1 position 0.25
brake rotor (subgroup of rotor) ReceivesActioninspected 0.25
brake rotor (subgroup of rotor) ReceivesActionresurfaced 0.25
brake rotor (subgroup of rotor) ReceivesActionworn 0.25
rotor (aspect of helicopter) CapableOfhit the ground 0.25
rotor (aspect of helicopter) CapableOfdecay to the point 0.25
rotor (aspect of motor) CapableOfface opposite magnet 0.25
rotor (aspect of turbine) CapableOfattach to the nacelle 0.25
rotor (aspect of turbine) CapableOfspin like propeller 0.25
rotor (aspect of turbine) CapableOfcomprise a plurality of blades 0.25
rotor (aspect of motor) HasAhydrodynamic surface 0.25
rotor (aspect of motor) HasAouter diameter 0.25
rotor (aspect of helicopter) HasPropertystrong 0.25
rotor (aspect of helicopter) HasPropertyunpowered 0.25
rotor (aspect of motor) MadeOfsuperconducting material 0.25
rotor (aspect of turbine) PartOfa turbine 0.25
rotor (aspect of helicopter) ReceivesActionreplaced 0.25
rotor (aspect of motor) ReceivesActionmounted 0.25
rotor (aspect of motor) ReceivesActionon the outside 0.25
rotor (aspect of motor) ReceivesActionconnected to the output shaft 0.25
rotor (aspect of motor) ReceivesActionsupported 0.25
rotor (aspect of motor) ReceivesActionon the inside 0.25
rotor (aspect of motor) ReceivesActionpulled with positive torque 0.25
rotor (aspect of motor) ReceivesActionsupported by main body frame 0.25
rotor (aspect of motor) ReceivesActionfixed 0.25
rotor (aspect of motor) ReceivesActionattached to a tilting mechanism 0.25
rotor (aspect of turbine) ReceivesActiondesigned 0.25
rotor (aspect of turbine) ReceivesActionpowered by a variety of methods 0.25
rotor (aspect of turbine) ReceivesActioncomprised of multiple stages 0.25
motor (aspect of fan) HasArotor 0.25
brake rotor (subgroup of rotor) HasPropertybad 0.22
rotor CapableOfstart to wear to the point 0.21
rotor Causeseven noticeable pulsation 0.21
rotor HasPropertycheap 0.21
rotor HasPropertybad 0.21
rotor ReceivesActionplaced to good effect 0.19
rotor HasPropertyexpensive 0.19
rotor HasPropertymore efficient 0.19
rotor ReceivesActioncorroded 0.19
rotor HasPropertydeformed 0.19
rotor MadeOfmagnesium 0.19
rotor CapableOfadd original touch of imagination 0.16
rotor CapableOfgo bad 0.16
rotor CapableOfturned on a brake lathe 0.16
rotor HasPropertyoverheated 0.16
rotor CapableOfremain in standstill condition 0.16
rotor HasPropertyold 0.16
rotor CapableOfspin with perfect balance 0.16
rotor MadeOfsilica gel 0.16
rotor CapableOffeature positive push button 0.16
rotor HasPropertyhard 0.16
rotor HasPropertyawesome 0.16
rotor CapableOfincrease efficiency 0.16
rotor ReceivesActionprotected against wear 0.16
rotor HasAlong service life 0.16
rotor (aspect of turbine) ReceivesActioncoupled to our designed low inertia 0.16