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A manual of naval architecture for the use of officers of the Royal Navy, officers of the Mercantile Marine, yachtsmen, shipowners, and shipbuilders (1894)

White, W. H. (William Henry), Sir, 1845-1913 · London : J. Murray · leaf 106

An illustration from A manual of naval architecture for the use of officers of the Royal Navy, officers of the Mercantile Marine, yachtsmen, shipowners, and shipbuilders, 1894, leaf 106
centre of buoyancy B. If (as in the diagram) the line joiningthe centres G- and B is vertical, it obviously represents the commonline of action of the weight and buoyancy, which are equal and chap, in.] THE STATICAL STABILITY OF SHIPS. 8l opposite vertical forces ; in that case the ship is subject… … same vertical line, the equal and opposite forces of the weight andbuoyancy do not balance each other, but form a mechanical couple,tending to disturb the ship, either by heeling her or by producingchange of trim or causing both these changes. If D = total weightof the ship (in tons), and GZ =…

Naval architecture

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