War-ships: A Text-book on the Construction, Protection, Stability, Turning, Etc., of War VesselsLongmans, Green, 1904 - 304 páginas |
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... METACENTRIC HEIGHT , ETC. . XVIII . TRIM , MOMENT TO CHANGE TRIM ONE INCH , ETC. XIX . STABILITY AT LARGE ANGLES OF INCLINATION XX . THE ROLLING OF SHIPS XXI . THE TURNING OF SHIPS . XXII . THE RESISTANCE AND PROPULSION OF SHIPS . XXIII ...
... METACENTRIC HEIGHT , ETC. . XVIII . TRIM , MOMENT TO CHANGE TRIM ONE INCH , ETC. XIX . STABILITY AT LARGE ANGLES OF INCLINATION XX . THE ROLLING OF SHIPS XXI . THE TURNING OF SHIPS . XXII . THE RESISTANCE AND PROPULSION OF SHIPS . XXIII ...
Página 179
... greater sinkage in the latter case is due to the fact that the waterplane area is reduced as well as the buoyancy . CHAPTER XVII . INITIAL STABILITY , METACENTRIC HEIGHT , ETC. BUOYANCY , DISPLACEMENT , TONS PER INCH , ETC. 179.
... greater sinkage in the latter case is due to the fact that the waterplane area is reduced as well as the buoyancy . CHAPTER XVII . INITIAL STABILITY , METACENTRIC HEIGHT , ETC. BUOYANCY , DISPLACEMENT , TONS PER INCH , ETC. 179.
Página 180
... METACENTRIC HEIGHT , ETC. Centre of Gravity . - The weight of a body is the sum or resultant of the weights of all the particles composing it , and this resultant 1987'SI G. FIG . 160 . acts through a definite point however the body is ...
... METACENTRIC HEIGHT , ETC. Centre of Gravity . - The weight of a body is the sum or resultant of the weights of all the particles composing it , and this resultant 1987'SI G. FIG . 160 . acts through a definite point however the body is ...
Página 181
... the water displaced , and 2. The C.G. and the C.B. must be in the same vertical line . See the author's " Theoretical Naval Architecture . " - Stable , Unstable , and Neutral Equilibrium . — INITIAL STABILITY , METACENTRIC HEIGHT , ETC.
... the water displaced , and 2. The C.G. and the C.B. must be in the same vertical line . See the author's " Theoretical Naval Architecture . " - Stable , Unstable , and Neutral Equilibrium . — INITIAL STABILITY , METACENTRIC HEIGHT , ETC.
Página 183
... metacentric height . We thus see that there are three conditions which must be fulfilled in order that a floating body shall float freely and at rest in stable equilibrium , viz.— 1. The weight of the body must exactly equal the weight ...
... metacentric height . We thus see that there are three conditions which must be fulfilled in order that a floating body shall float freely and at rest in stable equilibrium , viz.— 1. The weight of the body must exactly equal the weight ...
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Términos y frases comunes
angle armour B.Sc barbettes battle-ship beam bilge boiler-room boilers bolts bulkhead buoyancy centre change of trim CHAPTER CHEMISTRY class cruiser coal coal-bunker cofferdam compartment connected copper Crown 8vo curve of stability D.Sc destroyers Diagrams diameter displacement double bottom Downton pumps draught ELEMENTARY engine engine-room fitted floating fore-and-aft forward framing freeboard guns heel hole Illustrations inner bottom knots length longitudinal lower bunkers main deck metacentric height middle deck moment of inertia Naval Architecture necessary obtained outer bottom plating protective deck published by Longmans pumps recent ships resistance rivets Royal Navy Royal Sovereign rudder Scientific Works published screw second class cruiser sheathed ship's shown in Fig side space speed steam steel steering gear stern sternpost stiffened strake structure surface thick tons per inch transverse metacentre upper bunkers upper deck valve ventilation vertical keel vessel war-ships waterline waterplane wave weight zed bar