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SUBJECT	ISSUE NO = PAGE(S)	NOTES
Aspect ratio - centreboards	54= 6
Aspect ratio - centreboards	103= 21	Morwood, John
Aspect ratio - daggerboards	84A= = 40
Aspect ratio - end effects	5= 22	Satterthwaite, Charles A.
Aspect ratio - keel	2= 6	Morwood, John
Aspect ratio - leeboards	73= 63-65	Rands, Maxwell B. - SUSANNAH tri with leeboards
Aspect ratio - rudders	120= 73	Norwood, Joseph
Bilge keels	53= 38-49	LONE GULL II/Griffiths, Maurice
Bilge keels	60= 10-11	MacLachlan, Donald
Bilge keels	61= 58-63	Morwood, John
Bilge keels	88= 16
Bow rudders for multihulls	120=122	Norwood, Joseph
Buoyancy, surface piercing	44= 9	Morwood, John
Canal Effect	66=104-105	Williams, Ian
Centreboard with adjustable tip	23= 17-18*	Robertson, Donald R.
Centreboard with adjustable tip	74= 69	Robertson, Donald R.
Centreboards	2= 5-6	Morwood, John
Centreboards	5= 22	Satterthwaite, Charles A.
Centreboards	22= 14 & 34	Bloemhard, Walter
Centreboards	28= 18-20
Centreboards	41= 11-15 & 41-44	Bruce, Edmond
Centreboards	44= 8 & 13	Morwood, John
Centreboards	55= 52-55 & 98	Rigg, Don
Centreboards	60= 66	Kraken 33
Centreboards	61= 25-28*	Bruce, Edmond
Centreboards	64= 14
Centreboards	65= 19-20	NIGHTHAWK
Centreboards	66= 36-42	Morwood, John
Centreboards	67= 80-81
Centreboards	69= 27-31	Brown, Jim
Centreboards	70= 88-92	Moar, J.R.
Centreboards	74= 11-12 & 182-184	Morwood, John
Centreboards	76= 7-8	Rosell, Martin
Centreboards	78A- 3= 24	Newick, Dick
Centreboards	78A- 8= 7	Cross, Norman A.
Centreboards	78= 42-43	Morwood, John
Centreboards	82= 65-70	Bruce, Edmond
Centreboards	83A= = 31	Shortall, John
Centreboards	87= 37	King, Bruce
Centreboards	103= 21	Morwood, John
Centreboards	120= 65-69	Norwood, Joseph
Daggerboards	47= 36-37 & 53-55	Almond, W.
Daggerboards	78A-10= 4-5	Morwood, John
Daggerboards	84A= = 40
Daggerboards	86= 31	KLIS
Daggerboards	94= 35
Daggerboards	95= 24	Woods, Richard
Daggerboards	120= 65-69	Norwood, Joseph
Displacement, the ultimate yacht	82=287-288	Morwood, John
Drag, design for least	101= 13 & 16	Chapman, George
Fin keel	2= 6-9	Morwood, John
Fin keel	5= 20-22	Satterthwaite, Charles A.
Fin keel	10= 10-11p	CREGER 32
Fin keel	21= 7-10	Miller, Ian J.
Fin keel	49=c & 12-29	SCIMITAR/Spencer, John
Fin keel	55= 29-30	CLIPPER/Nicol, Hedly
Fin keel	62= 73-74	CROSS 26/Cross, Norman A.
Fin keel	78A- 3= 25 & 33	Pipe, Michael
Fin keel	78A- 8= 7-9	Cross, Norman A.
Fin keel	78A-11= 14-15	Cross, Norman A.
Fin keel	89= 5 & 23-25	SAWSBRULDER/Morwood, John
Fin keel	94= 8-10
Fin keel	96= 41-42	ACADEMY 76
Fin keel - low aspect ratio	59= 79-82*	DIAMOND 24/Diamond, Ernie
Fin keel - low aspect ratio	62= 71-76	PELICAN (ex TITWILLOW)
Fin keel - low aspect ratio	66= 39-42	Morwood, John
Fin keel - low aspect ratio	78A- 7=bc	Cross, Norman A.
Fin keel - low aspect ratio	78A- 8= 7-9	Cross, Norman A.
Fins - twin on ATTUNGA	28= 39	Hooks
Flow around chine	6= 14-15	Chined sharpie
Flow patterns - laminar and turbulent flow	5= 12-19	Satterthwaite, Charles A.
Forces on a yacht	83A= = 18	Shortall, John
Forces on CALLIOPE	119= 22-23	Chapman, George
Forces, general	82= 92-98	Morss, Henry A.
Hull - soft bottom (porpoise skin)	37= 51	Singleton, Graham F.H.
Hull design for speed	78= 38-39
Hull drag angles	53= 6-9	Morwood, John
Hull drag angles	56= 31-34	Morwood, John
Hull drag angles	62= 7-9*	Morwood, John
Hull drag angles	76= 47-48
Hull drag angles	83B= = 8-10	Morss, Henry A.
Hull drag angles	84A= = 40-42	Morss, Henry A.
Hull drag angles	89= 9-10 & 28-29	Morwood, John
Hull drag angles	103= 20	Morwood, John
Hull drag angles	107= 3	intro
Hull drag angles	108= 14-16	Glencross, Roger E.
Hull form coefficients	90= 58-64	Doering, Claude F.
Hull Research - how to & what to	12= 21-27	Morwood, John
Hull resistance	5= 12-19	Satterthwaite, Charles A.
Hull resistance	24= 21-24	Arlotte, T.F.
Hull resistance	30= 27-32*	Bruce, Edmond
Hull resistance	37= 20-22*	Bruce, Edmond
Hull resistance	40= 14-23	Morse-Brown, A.G.
Hull resistance	61= 53-58	Lawson, J.D.
Hull resistance	76= 41-42	Andrews, Richard
Hull resistance	78A- 8= 37-40	Shortall, John
Hull resistance	78A- 9= 25-28	Olsen, Kevin J.
Hull resistance	78A-10= 14-15	Shortall, John
Hull resistance	78= 51-64	Bruce, Edmond
Hull resistance	82= 26-31, 166-187 & 271-272	Bruce, Edmond
Hull resistance	84A= = 23-34	Stover, Harry
Hull resistance	111= 20-24	Hannay, Ian
Hull resistance	120= 17-34 & 67	Norwood, Joseph
Hull resistance cats & tris compared	36= 20-26	Gunning, Max F.
Hull resistance forces on CALLIOPE	119= 22-23	Chapman, George
Hull resistance measurement methods	12= 21-27	Morwood, John
Hull resistance measurement methods	24= 21-24	Arlotte, T.F.
Hull resistance measurement methods	30= 29-34* & 39-48*	Bruce, Edmond
Hull resistance measurement methods	40= 14-23	Morse-Brown, A.G.
Hull resistance measurement methods	45= 7-20* & 27-42	Satterthwaite/Quilter
Hull resistance measurement methods	49= 4-6	Smith, William Allen
Hull resistance measurement methods	53= 79-83	Hogg/Morwood
Hull resistance measurement methods	70= 75-79	Sarsby, C.
Hull resistance of human powered craft	100= 21	Schmidt, Theodor
Hull resistance of reference series of hulls	82=195-207	Bruce, Edmond
Hull resistance, drag	38= 25
Hull resistance, drag	82=253-255	Morwood, John
Hull resistance, drag	83A= = 11-13	Morss, Henry A.
Hull resistance, drag	107= 5	Frank, Reg
Hull resistance, eddy making (bluff body)	5= 14-18	Satterthwaite, Charles A.
Hull resistance, friction	83B= = 15-16	Castles, Prof Walter
Hull resistance, friction	120= 17 & 20-21	Norwood, Joseph
Hull resistance, induced from leeway	83B= = 14	Castles, Prof Walter
Hull resistance, skin friction	5= 12-14	Satterthwaite, Charles A.
Hull resistance, skin friction	30= 29-34 & 41	Bruce, Edmond
Hull resistance, skin friction	82=166-170	Bruce, Edmond
Hull resistance, wave making	5= 18-19	Satterthwaite, Charles A.
Hull resistance, wave making	55= 64-65	Dobler, Joseph C.
Hull resistance, wave making	59= 39	Morwood, John
Hull resistance, wave making	83B= = 13-14	Castles, Prof Walter
Hull resistance, wave making	90= 46	Wellicome, John
Hull resistance, wave making	120= 17-20	Norwood, Joseph
Hydrodynamics - flow separation	99= 30-32	Ward, Graeme
Hydrodynamics - stalling angles	45= 9-12*	Bruce, Edmond
Hydrodynamics - vortex generation	5= 14-19	Satterthwaite, Charles A.
Hydrodynamics - vortex generation	95= 17-18	van Deenen, P.J.
Hydrodynamics - vortex generation	99= 29-34	Ward, Graeme
Hydrodynamics - water flow forces	37= 11-12	Morwood, John
Immersion of outriggers	78A-11= 8	Holden, Derek
Keel	2= 6	Morwood, John
Keel	49= 43-44	Morwood, John
Keel	70= 36-37	Morwood, John
Keel	74= 13-14	Morwood, John
Keel	76= 30-33	COQUI
Keel	88= 31
Keel	89= 23	BLACK SOO
Keel	90= 62-63	Doering, Claude F.
Keel	117= 25	Hannay, Ian
Keel - low aspect ratio	59= 42-43
Keel - low aspect ratio	60= 5
Keel - low aspect ratio	78A- 2= 41-43	Rodriquez, Bernard
Keel - low aspect ratio	78=265-267	ICONOCLAST
Keel - Mickey Mouse ear	117= 27	Hannay, Ian
Keel - profile slope angles	66= 34-36	Morwood, John
Keel - skeg	66= 40-42	GALWAY BLAZER II/Hasler/Primrose
Keel - streamlined shape	70= 85-88	Tiemann, Leonard L.
Keel - Swing	107= 26	Lamont, Neil
Keel - twin	78A- 2= 12-19	BLUEBIRD OF THORNE/Riverdale, Lord
Keel - twin	78A- 4= 43-46	Weston, A.B.
Keel - twin	78A- 9= 29	Meek, W.
Keel - twin	99= 12-14	FREEDOM 21/Robertson, Donald R.
Keel - wings/endplates	117= 25	Hannay, Ian
Keel boats	49= 29-42	DIABLESSE/Fenger, Frits
Keel boats	62= 65-71	Norfolk Wherry
Keel boats	66= 99-102	Tabarly, Lt. Eric - PEN DUICK III
Keel boats	82=142-143	COQUI
Keel boats	96= 37-43	Madlener, Fred
Keels - plates on Wharram catamarans	94= 3	Ellison, Michael
Laminar flow hulls	107= 8-9	Schmidt, Theodor
Lateral resistance	4= 22-25	Satterthwaite, Charles A.
Lateral resistance	5= 19-23	Satterthwaite, Charles A.
Lateral resistance	31= 11-14, 25-32 & 37	Satterthwaite, Charles A.
Lateral resistance	38= 24-25	Morwood, John
Lateral resistance	53= 6-8	Morwood, John
Lateral resistance	66= 34-36	Morwood, John
Lateral resistance	78= 27	Morwood, John
Lateral resistance	84B= = 6-28	Thomson, John Herndon
Lateral resistance	89= 30-32	Thames Barge
Lateral resistance	99= 25-26	Morwood, John
Leeboards	2= 7	Morwood, John
Leeboards	17= 16-22	Satterthwaite, Charles A.
Leeboards	39= 29	Dumpleton, Owen
Leeboards	59= 82-83	Myers, Dr. Hugo
Leeboards	69= 74	SUSANNAH
Leeboards	73= 60-70	SUSANNAH/Rands, Maxwell B.
Leeboards	88= 60
Leeboards	90= 20	Poland, Richard
Leeboards	99= 35-40	SHELD/Griffiths, Maurice
Leeboards	120= 65-71	Norwood, Joseph
Lift/drag ratio - centreboards	41= 13-14	Bruce, Edmond
Lift/drag ratio - centreboards	61= 25-28*	Bruce, Edmond
Low aspect ratio - centreboards	66= 36-42	Morwood, John
Low aspect ratio - centreboards	82= 65-70	Bruce, Edmond
Low aspect ratio - fin keel	59= 79-82*	DIAMOND 24/Diamond, Ernie
Low aspect ratio - fin keel	62= 71-76	PELICAN (ex TITWILLOW)
Low aspect ratio - fin keel	66= 39-42	Morwood, John
Low aspect ratio - fin keel	78A- 7=bc	Cross, Norman A.
Low aspect ratio - fin keel	78A- 8= 7-9	Cross, Norman A.
Low aspect ratio - keel	59= 42-43
Low aspect ratio - keel	60= 5
Low aspect ratio - keel	78A- 2= 41-43	Rodriquez, Bernard
Low aspect ratio - keel	78=265-267	ICONOCLAST
Low aspect ratio - keel	120= 68-71	Norwood, Joseph
Moving skin boats	107= 10-11	Schmidt, Theodor
Planing	93= 34-37
Planing - powerboats	96= 14-19	Warring, Ron
Planing air scoop in main hull	115= 21	FREE ENERGY/Nutbeem
Planing catamaran	15= 10-14 & 29-31	JUMPAHEAD/O'Brien
Planing catamaran	16= 13 & 40	Harris/Nutku
Planing catamaran	17= 40-42	Bloemhard, Walter J.
Planing catamaran	22= 11	Morwood, John
Planing catamaran	28= 14 & 38	PI-CAT/Piver
Planing catamaran	42= 36-39 & 52	SIMBA SUE/Boericke, Harold
Planing catamaran	59= 39	Morwood, John
Planing catamaran	72= 54-57	Fox, James
Planing catamaran	78= 38 & 287-289	MIGA/Mendonca, Joao
Planing catamaran - chined	28= 34-40	ATTUNGA/Hooks, Peter
Planing catamaran - chined	42= 9	ATTUNGA/Hooks, Peter
Planing catamaran - flat bottom	46= 39-42*	MIGA/Mendonca
Planing catamaran - flat bottom	72= 54-57	AERIUS/Fox
Planing comparison of round & flat	31= 5	O'Brien, Bill
Planing concave	115= 37-38	FLYING FISH/Dunstan
Planing floats	1= 18	Morwood, John
Planing floats	62= 20	Keiper, David A.
Planing floats	107= 13-16	Barkla, Hugh
Planing floats	112= 44-49	FREE ENERGY V/Nutbeem
Planing hump speed	96= 19-20	Warring, Ron
Planing low drag hull	107= 9	Schmidt, Theodor
Planing monohull	44= 19-21	NUTSHELL/Piver
Planing monohull - hard chine	8= 7-14	DARING/O'Brien
Planing proa	23= 27-29	ALOHA/Schroeders, R.A.
Planing queries	37= 48	Allen, Julian
Planing retractable sheilds	95= 36	Dusek, Josef T.
Planing trimaran	55= 64-73	Triad/Seri/Havasu
Prismatic coefficient	120= 20, 25-34	Norwood, Joseph
Rudder - cavitation	73= 25	SHANGAAN
Rudder - experience	69= 65	REBEL/Piver, Arthur
Rudder - hydrodynamics of	2= 7-8	Morwood, John
Rudder - hydrodynamics of	79= 11 & 39-44	Olsen, Kevin J.
Rudder - lifting	60= 93	Dehne-Radcliffe
Rudder - lifting	78A- 2= 9
Rudder - lifting	79= 78	Enquist, Bjorn
Rudder - non-moveable with flaps	78A-10= 31	Cynader, Leon
Rudder - propulsive	94= 34-35	Schmidt, Theodor
Rudder - section shape	120= 73	Norwood, Joseph
Rudder area	79= 14-20	Olsen, Kevin J.
Rudder control/effect/function	31= 31-32	Satterthwaite, Charles A.
Rudder control/effect/function	79= 5 & 64-66	Ellison, Michael
Rudder design	87= 41	Ellison, Michael
Rudder geometry - aspect ratio	79= 21-26	Olsen, Kevin J.
Rudder geometry - aspect ratio	84A= = 40
Rudder geometry - profile shape	79= 27-34	Olsen, Kevin J.
Rudder geometry - section shape	84A= = 40
Rudder geometry - sweep angle	84A= = 40
Rudder materials	79= 75	Wrestler, Philip
Rudder new ideas	79= 73-78	Wrestler, Philip
Rudder position	78A-10= 5-6	Woods, Richard
Rudder position	79= 35-38, 45-49 & 55-56	Olsen, Kevin J.
Rudder side force	5= 21-22	Satterthwaite, Charles A.
Rudder stresses	79= 57-58	Olsen, Kevin J.
Rudder terminology	79= 6-9	Olsen, Kevin J.
Rudder theory	78A-10= 35-37	Booth, David
Rudder theory	79= 10-13	Olsen, Kevin J.
Rudder theory	82=261-262	Bruce, Edmond
Rudder theory	117= 30	Hannay, Ian
Rudder theory	120= 70-76	Norwood, Joseph
Rudder torque	79= 35-38	Olsen, Kevin J.
Rudder type	79= 6-9	Olsen, Kevin J.
Rudder type - bendy rudders	79= 79-80	Pecorari, Nino
Rudder type - development of - retractable	79= 67-68	Ellison, Michael
Rudder type - development of - Strongbow	79= 66-67	Ellison, Michael
Rudder type - development of - vertical	79= 68-69	Ellison, Michael
Rudder type - dipping rudder	76= 96
Rudder type - fin keel day sailer	79= 62-63	Olsen, Kevin J.
Rudder type - hydrofoil rudder	87= 41	Ellison, Michael
Rudder type - keel attached	79= 54	Olsen, Kevin J.
Rudder type - low aspect ratio rudder	55= 18-19	Nicol, Hedly
Rudder type - racing catamaran	79= 59-61	Olsen, Kevin J.
Rudder type - rudder on SABU	95= 11-12	Ellison, Michael
Rudder type - rudder on SEA BIRD	78=106	Myers, Hugo
Rudder type - spade	79= 53	Olsen, Kevin J.
Rudder/fin combination	2= 7	Morwood, John
Stalling angle	82=198-199	Bruce, Edmond
Submerged buoyancy	4= 21-22	Morwood, John
Submerged buoyancy	35= 65-67	Allen, Julian
Submerged buoyancy	36= 47-48	Morwood, John
Submerged buoyancy	38= 21-22 & 41-43	Morwood/DuBois
Submerged buoyancy	39= 55-56	Allen, Julian
Submerged buoyancy	44= 9	Morwood, John
Submerged buoyancy	78A- 2= 28a & 40-41	Dusek, Josef T.
Submerged buoyancy	78A- 4= 36	Dusek, Josef T.
Submerged buoyancy	78A- 7= 28-30	Richardson, H.W.
Submerged buoyancy	90= 48-51	Dusek, Josef T.
Submerged buoyancy	112= 33-35	Gillison, Wil
Surface tension - how to weigh less on water than in air	85A= = 24	Lucander, Nils
Theories - Bernouilli	2= 4-5	Morwood, John
Theories - Bernouilli	5= 14-16	Satterthwaite, Charles A.
Theories - Froude number effects	84B= = 34-42	Norwood, Joseph
Theories - hydrodynamic	90= 44-48	Wellicome, John
Theories - hydrodynamic hydrofoil (centreboard etc)	2= 4-25	Morwood, John
Trimaran Floats, immersion of	78A-11= 9	Ellison, Michael
Vortex shedding	120= 68-71	Norwood, Joseph
Wave interference	16= 11	Harris, Robert B. (Bob)
Waves, nature of sea	103= 54	Morwood, John
Wetted surface	78= 26	Morwood, John
Wetted surface	90= 58-64	Doering, Claude F.