1 GENERAL

SHIP GEOMETRY

RESISTANCE

PROPELLER

CAVITATION

SEAKEEPING

MANOEUVRABILITY

PERFORMANCE

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- structured_dictionary:performance: 35 Hits
- s_co-ordinate|Axes, co-ordinate]]).
===== Augment
**fraction**, resistance ===== See: [[#resistance_augment_**fraction**|Resistance augment**fraction**]]. ===== Brake power ===== See: [[#power_brake|Power, brake]]. ===== Coefficien... ffective|Power, effective]]. ===== Effective wake**fraction**===== See: [[#wake_**fraction**|Wake**fraction**]], effe - alphabetic_dictionary:w: 8 Hits
- wake]] - [[structured_dictionary:performance#wake_
**fraction**|wake**fraction**]] - [[structured_dictionary:performance#wake_**fraction**_torque|wake**fraction**, torque]] - [[structured_dictionary:performance#wake-**fraction**_thrust|wake**fraction**, th - alphabetic_dictionary:f: 8 Hits
- rm factor]] - [[structured_dictionary:performance#
**fraction**_overload|**fraction**overload]] - [[structured_dictionary:performance#**fraction**_resistance_augment|**fraction**, resistance augment]] - [[structured_dictionary:performance#**fraction**_thrust_ded - structured_dictionary:propeller: 3 Hits
- ence point, blade section]]
===== Blade thickness
**fraction**===== [-]\\ If the maximum thickness of the prop... by the diameter, is known as the blade thickness**fraction**or blade thickness ratio. If the thickness does n... ry linearly with radius, then the blade thickness**fraction**is not uniquely defined. ===== Blade tip ===== Ex - structured_dictionary:shipgeometry: 2 Hits
- and by plotting the position of that section as a
**fraction**of a ship length //L// along the base from select... n non dimensional form the trim is expressed as a**fraction**of the ship length, i.e. (//T//<sub>F</sub> - //T - alphabetic_dictionary:l: 2 Hits
- ctor]] - [[structured_dictionary:performance#load_
**fraction**_in_power_prediction|load**fraction**in power prediction]] ====== PROPELLER ====== [[structured_dictionary:pr - todo: 2 Hits
- |]] | [[structured_dictionary:performance&#
**fraction**_thrust_deduction|**fraction**thrust deduction]] | |check ref. | [[structured_dictionary:performance|]] - alphabetic_dictionary:r: 2 Hits
- uctured_dictionary:performance#resistance_augment_
**fraction**|resistance augment**fraction**]] - [[structured_dictionary:performance#resistance_coefficient_incremental_for_ - alphabetic_dictionary:b: 2 Hits
- [[structured_dictionary:propeller#blade_thickness_
**fraction**|blade thickness**fraction**]] - [[structured_dictionary:propeller#bollard_pull|bollard pull]] - [[structured_d - alphabetic_dictionary:a: 2 Hits
- ]] - [[structured_dictionary:performance#augument_
**fraction**-resistance|augment**fraction**, resistance]] ====== PROPELLER ====== [[structured_dictionary:propeller#activ - alphabetic_dictionary:o: 2 Hits
- ====
[[structured_dictionary:performance#overload_
**fraction**|overload**fraction**]] ====== PROPELLER ====== [[structured_dictionary:propeller#ogival_section|ogival sectio - alphabetic_dictionary:e: 2 Hits
- [structured_dictionary:performance#effective_wake_
**fraction**|effective wake**fraction**]] - [[structured_dictionary:performance#efficiency_gearing|efficiency, gearing]] - - structured_dictionary:manoeuvrability: 1 Hits
- in the form of a swinging rudder in which a small
**fraction**of the area, generally about one-fifth, is placed