A Treatise on the Mathematical Theory of the Motion of Fluids

angle apply assume axes axis becomes boundary Cambridge centre circle circuit closed coefficients College component const constant contained continuous corresponding Crown 8vo curves Demy 8vo denote determined direction distance drawn dx dy dy dz Edited element energy English equal equation Example expression external Fellow finite fixed fluid forces formulę function given gives Hence impulse increase infinite integration Introduction late liquid London mass matter mean method motion moving normal Notes obtain origin parallel particle plane portion positive pressure produced Professor quantities region respectively rest result satisfied side solid solution space sphere stream-lines suppose surface taken theorem theory Thomson throughout translation uniform unit University Press velocity volume waves write zero