. The collected papers of Sir Thomas Havelock on hydrodynamics. Ship resistance; Water waves; Hydrodynamics. 18 WAVE RESISTANCE THEORY AND APPLICATION ;? :g o S â ^o @ X) g @ I 0 "~i \ 1 \ \ \â\â\ \â\â\â\â\â\â\âr~ . Comparison of Resistance wifh Residuary Resistance Derived from Experiments for Model 1846 B and Model N43 The RelationoftheOuantity(c)totheResistanceisasfollows â _, Tr = Resistanceof Modelin Lbs. © = R/6%Tj2 Where 6 = Displacementof ModelinLbs. [v = Speed of Model fn ^ R/6
. The collected papers of Sir Thomas Havelock on hydrodynamics. Ship resistance; Water waves; Hydrodynamics. 18 WAVE RESISTANCE THEORY AND APPLICATION ;? :g o S â ^o @ X) g @ I 0 "~i \ 1 \ \ \â\â\ \â\â\â\â\â\â\âr~ . Comparison of Resistance wifh Residuary Resistance Derived from Experiments for Model 1846 B and Model N43 The RelationoftheOuantity(c)totheResistanceisasfollows â _, Tr = Resistanceof Modelin Lbs. © = R/6%Tj2 Where 6 = Displacementof ModelinLbs. [v = Speed of Model fn ^ R/6^/3t;2 Where f R = Resistance of Model in Kgs. â¢16 = Displacementof Model in [v = Speed of Model in Ms/Sec. Particulars of Forms Lengths 16 Ft Beam = Ft., Draft= Forms Equation of 1846 B is }=(l-fXI-S')() , â ,, Equationof M43 isHl-rt(l-y)(l-^)+T (i-J )(|-f) Both Forms are Symmetrical Fore and Aftand the Bow and Stern Endings are Vertical Edges Both Forms have Vertical Sidesabove the Please note that these images are extracted from scanned page images that may have been digitally enhanced for readability - coloration and appearance of these illustrations may not perfectly resemble the original Havelock, Thomas, Sir, 1877-. Washington, Office of Naval Research, Dept. of the Navy; for sale by the Superintendent of Documents, U. S. Govt. Print. Off
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Keywords: ., bookcentury1900, bookcollectionbiodive, booksubjecthydrodynamics
