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Safe speed

Navigate the ship

Time and distance to stop from full speed, run-out

()

Sea endurance

Turning circle diagram

Tactical diameter

Final diameter

Movement, motion

Decelerate, reduce speed / slow down

Altering course, change of course

, Manoeuvre

Manoeuvring information

Maneuverability

Seaworthiness

, Steerage Way

Expose a ship's screw

Describe circle

Take way off

, Deceleration, retarded motion

Turning effect, ability

Dead the ship's inertion

Steerage

Yaw

Lose the way

Slamming

Keep under way

Table of shaft revolution for representative speeds

Diameter tactical

lose steerage

. Retard. Retarding

Manoeuvring fact sheet

Acceleration, increase speed

Rudder angle

Steering quality

Turning circle

Service speed

Free board

Deck line

Draft marks, draught marks

Draught, draft (USA)

Midship

Top of keel

Plimsoll disk

Summer waterline

Summer load line

Winter load line

Tropical load Line

Fresh water load line

Tropical freshwater load line

Winter North Atlantic load line

Summer timber load line

Winter timber load line

Tropical timber load line

Winter North Atlantic timber load line

Minimum freeboard

() Summer (winter) freeboard

Winter seasonal zones and areas

Southern winter seasonal zone

Summer zone

Tropical zone

Seasonal tropical area

Tonnage mark

Salinity, saltiness

Specific gravity

Density

Buoyancy

Even keel

Displacement

Lightship displacement

() Zg Height of the . of gravity (Gr.) above keel (KG)

() Zm Height of the MC above keel (KM)

() Zc Height of the C. of B. above keel ()

(Mb) Heighting moment

Cargo height

Deadweight

Dynamic stability curve

Static stability curve

Allowable Metacentric height

Working strain

Reserve buoyancy

Stores

Filled compartment

Partly filled

Stability information

List, heel

Heeling moment..

, curve

Curve of heeling moments

Upsetting arm curve

Curves of form stability arm

Righting arm curve

Curves of form

Maximum righting arm (GZ)

Metacenter

(h) Metacentric height (GM).

Metacentric height corrected

Metacentric involute

() Midship section

, 1 Moment of change trim by 1 cm

(h) The initial Metacentric height (GM)

Zero buoyancy

" Volumetric heeling moment

Upsetting arm (lever)

Upsetting moment

Residual stability

Stability of the ship

Negative buoyancy

Gross curves (of stability)

Feeders

The loading plan

Arm

Heeling arm, lever arm

Upsetting arm

Righting arm, Metacentric arm (GZ)

Positive buoyancy

Surface effects of liquids in tanks

Loss or reduction of stability

prevent the shifting of cargo

. Liquefy. Cargo liquefying

Cargo distribution

Levering

Stability calculation

Shifting of cargo, a shift of cargo

- Strapping of lashing

Light ship

Upsetting point

Typical loaded service

Angle of repose

Upsetting angle

Angle of vanishing stability

Angle of flooding

Angle of heel

- Angle of heel due to grain shift

Stowage factor (SF)

Stowage

Center of buoyancy (KB)

Center of gravity

Trimming

, , , , . , . ( 4 ) () . . () () () , , , , , . - ,   _______ , , , ()... / , , ,   , : 1. 2. 3. 4. 5. 6. :   ! , /..., ... ... ( ) ... ... ( ), .., ( )... ()... (). . , /...     Emergency shutdown Emergency procedures including notification, containment and clean-up of oil spills Safe smoking spaces have been designated Boilers and galley fires safety precautions have been taken All scuppers or other overboard drains are closed or plugged All suction valves in the engine room, pump room or similar compartment are closed, lashed and sealed in the closed position   Cargo hoses and loading arms are long enough for intended use Cargo hose is adequately supported to prevent undue strain on the coup lings   Cargo hose is in good condition and test data is maintained in a test log   The cargo hoses and/or loading arms are connected to the manifold using gaskets and a bolt in every other hole (minimum of 4 bolts)   Adequate spill containment have been provided for couplings Adequate lighting of the vessels and terminal work areas and manifold areas is provided Watch and shift arrangements Persons in charge have held a pre-transfer conference   Agreement to begin transfer The overboard or sea suction valves are sealed or lashed in the closed position Overboard discharges it is completely understood by the Master (Chief Engineer) that, if the vessel cannot take delivery of the full quantity ordered or if the vessel delays the delivery for any reason, then all additional expenses incurred by Bunkering Firm are for the vessel's account One person at the vessel control station is present who fluently speaks the language of the terminal control station (English shall be spoken for this transfer) A communication system is provided between facility and the vessel. Handheld radio, sound power phone Notification before leaving bunker station   At all times not less than two valves will prevent overboard discharging of bunkeroil into the sea   An authorized representative wi11 witness guages____Before___After____ Declined Warning signs and red warning signals have been posted Monitoring devices Communication procedures are established and understood between person in charge Repair work authorization has been obtained if applicable Emergency shutdown system is available and operable   The transfer system is properly lined up fordischarging or receiving oil Connections and gland tight Transfer hose condition The vessel has been invited to witness guages and/or meter setting of the barge delivery The vessel will receive a sample of all grades of product to be delivered Particulars and constrains of the transferring and receiving system The mooring lines are adequate forall anticipated conditions Hose and loading arm have the test markings   I certify that I have read, understand and agree with the foregoing as marked I do certify that I have personally inspected this facility or vessel with reference to the requirements Bunkering orders:   1. Stand by 2. Start bunker 3. Full speed bunker orincrease pressure 4. Slow down or easy down 5. Stop bunker or stop 6. Emergency stop Note of protest for bunkering operation on... (date) I, Chief Engineer of m/v,.. (name of vessel) short received...tonnes of... (grade of bunkers) out of the... tonnes requested for on... (date of bunker received). The bunkers were supplied by bunker barge/tanker... (name of barge/tanker) -SB No:... on... (date) at... (location). I hereby lodge a protest against the short delivery. Yours faithfully Chief Engineer of m/v...    

 





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