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015 _aGBC1D3799
_2bnb
016 7 _a020292133
_2Uk
020 _a9780323853644
_q(ePub ebook)
020 _a0323853641
_q(ePub ebook)
020 _z9780128243787
_q(pbk.)
040 _aKO
_beng
041 0 _aeng
082 0 4 _a623.862
_223
100 1 _aMolland, Anthony F.,
_eauthor.
245 1 0 _aMarine rudders, hydrofoils and control surfaces :
_bprinciples, data, design and applications /
_cAnthony F. Molland, Stephen R. Turnock.
250 _aSecond edition.
264 1 _aAmsterdam :
_bButterworth-Heinemann,
_c2021.
300 _a1 online resource :
_billustrations (black and white, and colour)
338 _aonline resource
505 0 0 _gPart 1:
_tPrinciples.
_g1.
_tIntroduction --
_g2.
_tControl Surface Types:
_g2.1
_tControl Surfaces and applications --
_g2.2
_tRudder Types --
_g2.3
_tHydrofoils --
_g2.4
_tOther Control Surfaces --
_g3.
_tPhysics of Control Surface Operation:
_g3.1
_tBackground --
_g3.2
_tBasic Flow Patterns and Terminology --
_g3.3
_tProperties of lifting foils --
_g3.4
_tInduced Drag --
_g3.5
_tRudder-Propeller Interaction --
_g3.6
_tPropeller-Induced Velocity Upstream of Rudder --
_g3.7
_tInfluence of Hull on Rudder-Propeller Performance --
_g4.
_tHydrofoils:
_g4.1
_tBackground --
_g4.2
_tAllications --
_g4.3
_tLayout of hydrofoil-supported craft --
_g4.4
_tHydrofoil characteristics --
_g4.5
_tFree surface effects --
_g4.6
_tVentilation --
_g4.7
_tCavitation --
_g4.8
_tFoil boards --
_g4.9
_tShape-adaptive foils/bend-twist coupling --
_g5.
_tControl Surface Requirements --
_g5.1
_tRudder Requirements --
_g5.2
_tRudder design within the ship design process --
_g5.3
_tRequirements for other control surfaces --
_g5.4
_tRudder and control surface design strategy --
_gPart 2:
_tDesign Data Sources.
_g6.
_tRudder Experimental Data --
_g6.1
_tReview of Experimental Data and Performance Prediction --
_g6.2
_tPresentation of Experimental Data --
_g6.3
_tExperimental Data for rudder in free stream --
_g6.4
_tExperimental Data for rudder behind propeller --
_g6.5
_tEffective Aspect Ratio --
_g6.6
_tRudder and control surface area --
_g6.7
_tFree surface effects --
_g6.8
_tCavitation on control surfaces --
_g6.9
_tPropulsive effects --
_g6.10
_tHull pressures --
_g6.11
_tAdvanced experimental methods --
_g7.
_tTheoretical and numerical methods --
_g7.1
_tAvailable methods --
_g7.2
_tPotential flow methods --
_g7.3
_tNavier-Stokes Methods --
_g7.4
_tInterpretation of numerical analysis --
_g7.5
_tFree-stream rudders --
_g7.6
_tRudder-propeller interaction --
_g7.7
_tNumerical methods for computation of free surface and cavitation --
_g7.8
_tUnsteady behavior --
_g7.9
_tFuture developments --
_gPart 3:
_tDesign Strategy and Methodology.
_g8.
_tDetailed Rudder Design --
_g8.1
_tBackground and philosophy of design approach --
_g8.2
_tRudder Design Process --
_g8.3
_tApplications of numerical methods --
_g8.4
_tGuidelines for design --
_g9.
_tManoeuvering --
_g9.1
_tRudder Forces --
_g9.2
_tHull upsteam --
_g9.3
_tInfluence of Drift Angle --
_g9.4
_tLow and zero speed and four quadrants --
_g9.5
_tShallow water/bank effects --
_g10.
_tOther Control Surfaces --
_g10.1
_tFin Stabilisers --
_g10.2
_tHydroplanes --
_g10.3
_tAutonomous underwaters gliders --
_g10.4
_tControl of high-speed craft --
_g11.
_tPropulsion --
_g11.1
_tPropeller-rudder Interaction --
_g11.2
_tPropeller Effects --
_g11.3
_tRudder Effects --
_g11.4
_tEnergy efficiency design index --
_g11.5
_tOverall Effects --
_gPart 4:
_tDesign Applications.
_g12.
_tApplications --
_g12.1
_tBackground --
_g12.2
_tLarge Ships --
_g12.3
_tSmall Craft --
_g12.4
_tLow speed and manoeuvering --
_g12.5
_tControl --
_g12.6
_tHydrofoils --
_gAppendix:
_tTabulated Test Data.
650 0 _aSteering-gear.
650 0 _aShips
_xHydrodynamics.
650 6 _aGouvernail.
_0(CaQQLa)201-0088644
650 6 _aNavires
_xHydrodynamique.
_0(CaQQLa)201-0045585
650 7 _aShips
_xHydrodynamics.
_2fast
_0(OCoLC)fst01116512
650 7 _aSteering-gear.
_2fast
_0(OCoLC)fst01132909
700 1 _aTurnock, Stephen R.,
_eauthor.
856 _uhttps://www.sciencedirect.com/science/book/9780128243787
904 _aRUDRA_R
905 _aR_RANJAN
942 _2ddc
_cEB
999 _c3380
_d3380