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structured_dictionary:performance: 77 Hits
ed essentially with performance in the context of power required to propel a ship at a given speed and va... lacement, //V// speed and //P// any corresponding power. ===== Advance, speed of ===== See: [[#speed_of_a... action|Resistance augment fraction]]. ===== Brake power ===== See: [[#power_brake|Power, brake]]. ===== Coefficient, Admiralty ===== See: [[#admiralty_coefficie
structured_dictionary:propeller: 21 Hits
= (//η//<sub>M</sub>)[-]\\ The ratio between the power output and the power input of any machinery installation.\\ <m>eta_M=P_S/P_I</m>\\ or\\ <m>eta_M=P_B/... spectively and //P//<sub>I</sub> is the indicated power (which see). ===== Efficiency, propeller, behind ... = (//η//<sub>B</sub>)[-]\\ The ratio between the power //P//<sub>T</sub>, developed by the thrust of the
alphabetic_dictionary:p: 18 Hits
tial wake]] - [[structured_dictionary:performance#power_brake|power, brake]] - [[structured_dictionary:performance#power_delivered|power, delivered]] - [[structured_dictionary:performance#power_effective|power, effective]] -
alphabetic_dictionary:t: 4 Hits
or]] - [[structured_dictionary:performance#thrust_power|thrust power]] - [[structured_dictionary:performance#towing_force_for_model_at_ship-point_of_self_propul... ent]] - [[structured_dictionary:propeller#taylors_power_coefficient|Taylor’s power coefficient]] - [[structured_dictionary:propeller#thickness_maximum|thickness
structured_dictionary:seakeeping: 3 Hits
e of a shock. (See: [[#slamming|Slamming]]) ===== Power in waves, mean increase in ===== (//P//<sub>AW</s... p>2</sup>MT<sup>-3</sup>]\\ The mean increase in power in wind and waves as compared with the water at t... ant. Usually speed loss is determined at constant power (turbine plant) or constant torque (diesel plant)
alphabetic_dictionary:e: 2 Hits
=== [[structured_dictionary:performance#effective_power|effective power]] - [[structured_dictionary:performance#effective_wake_fraction|effective wake fraction]
alphabetic_dictionary:d: 2 Hits
=== [[structured_dictionary:performance#delivered_power|delivered power]] ====== PROPELLER ====== [[structured_dictionary:propeller#developed-area|developed ar
alphabetic_dictionary:s: 2 Hits
ect]] - [[structured_dictionary:performance#shaft_power|shaft power]] - [[structured_dictionary:performance#shafting_efficiency|shafting efficiency]] - [[struct
alphabetic_dictionary:i: 2 Hits
=== [[structured_dictionary:performance#indicated_power|indicated power]] ====== PROPELLER ====== [[structured_dictionary:propeller#ideal_angle_of_attack|ideal
alphabetic_dictionary:b: 2 Hits
====== [[structured_dictionary:performance#brake_power|brake_power]] ====== PROPELLER ====== [[structured_dictionary:propeller#back_of_blade|back (of blade)]]
alphabetic_dictionary:l: 2 Hits
tructured_dictionary:performance#load_fraction_in_power_prediction|load fraction in power prediction]] ====== PROPELLER ====== [[structured_dictionary:propelle
structured: 1 Hits
formance|Performance (in the context of speed and power)]]\\ The order of entry for each item is: title,
structured_dictionary:cavitation: 1 Hits
no weight loss. ===== Intensity damage ===== The power absorbed per unit eroded area of a specimen under
wiki:dokuwiki: 1 Hits
doku>manual|DokuWiki Manual]] to unleash the full power of DokuWiki. ===== Download ===== DokuWiki is a
it:start: 1 Hits
start: 1 Hits
structured_dictionary:general: 1 Hits
dictionary_of_hydromechanics:contents: 1 Hits
fr:start: 1 Hits
de:start: 1 Hits
es:start: 1 Hits
ar:start: 1 Hits
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