Ship Stability for Masters and Mates 5 Episode 10 pot

ship stability for masters and mates [electronic resource]

... at 363412Hto the 5 N force.Note. Notice that each of the component forces and the resultant all acttowards the point A.2 Ship Stability for Masters and Mates Fig. 1.1<>>>EEEEEE)))) ... subject and will prove a ready and handy reference for those persons responsible for the stability of ships. Itrust that this book, which is printed to include up-to-date syllabuses and specimen ... draftAns.New KB  0X488 m, say 0.49 m.34 Ship Stability for Masters and Mates Fig. 5.1 force of 5 N away from the point as shown in Figure 1.5. In this way both ofthe forces act either towards or away...

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Ship Stability for Masters and Mates 5 Episode 1 potx

... Âx.4 Ship Stability for Masters and Mates Fig. 1 .5 Fig. 1. 6Fig. 1. 7 Ship Stability for Masters and Mates Fifth editionCaptain D. R. DerrettRevised by Dr C. B. BarrassOXFORD AUCKLAND BOSTON ... 55 9 Form coefđcients 61 10 Simpson's Rules for areas and centroids 68 11 Final KG 94 12 Calculating KB, BM and metacentric diagrams 99 13 List 11 4 14 Moments of statical stability 12 4 15 ... G 1 to G2. If the weight isnow landed on the quay it is in effect being discharged from the derrick head 16 Ship Stability for Masters and Mates fFig. 2.9 18 Ship Stability for Masters and...

Ship Stability for Masters and Mates 5 Episode 2 ppt

... bedischarged đrst and why? 42 Ship Stability for Masters and Mates 12 A ship& apos;s light displacement is 3 450 tonnes and she has on board 800tonnes of bunkers. She loads 7 25 0 tonnes of cargo, 25 0 tonnes ... 0 .2 m 2 75 tonnesDifference to change the draft 1 cm 2 75 20 tonnes; TPC  13X 75 tonnes(f) Load draft 5. 5 m Displacement 6060 tonnesPresent draft 5. 2 m Displacement À 55 25 tonnesDifference 53 5 ... 0X137 cu. mLet d draft, and r  radius of the drum, where r 60 2  30 cm  0X3m. 28 Ship Stability for Masters and Mates Fig. 4.6 32 Ship Stability for Masters and Mates 360 tonnes of iron...

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Ship Stability for Masters and Mates 5 Episode 3 potx

... 4.44.4 1126.6 5. 5 4 22.0 5. 8 2 11.6 5. 9 4 23. 6 5. 9 2 11.8 5. 8 4 23. 24.8 1127.2 3 .5 2 7.00.2120.1117X6  S1 92 Ship Stability for Masters and Mates Exercise 101 A ship& apos;s load ... by112of the common interval.76 Ship Stability for Masters and Mates No.12ord. SM Area functiona010b 3. 7 3 11.1c 5. 9 3 17.7d 7.6 2 15. 2e 7 .5 3 22 .5 f 4.6 3 13. 8g 0.1 1 0.180X4  S2Fig. ... water-plane 2 3 Â CI Â S12 3 Â 25 Â 37 6 sq. mDistance of C. F. from aft S2S1Â CI 37 6120Â CI 78X 33 mAns.C. F. is 78 .33 m from aft86 Ship Stability for Masters and Mates To extimate...

Ship Stability for Masters and Mates 5 Episode 4 pps

... estimate the GM for this condition of loading. Whatstate of equilibrium is the ship in?Draft (m) 3 4 5 6 7 8KM (m) 6. 75 5. 94 5. 64 5. 62 5. 75 5.96 112 Ship Stability for Masters and Mates Fig. 12.6(b). ... 0. 056 m above the original KG of 6 .4 m.120 Ship Stability for Masters and Mates Fig. 13.7Weight KG Moment9900 6 .4 63 360 50 9.0 45 0 50 15. 0 750 10 000 64 56 0 Chapter 14 Moments of statical stability When ... cargo KG 4. 25 metres 55 0 tonnes of cargo KG 6.0 metres 122 Ship Stability for Masters and Mates Exercise 131 A ship of 50 00 tonnes displacement has KG 4. 2 m, KM 4 .5 m, and is listed 5 degrees...

Ship Stability for Masters and Mates 5 Episode 5 ppt

... Masters and Mates eFig. 15. 9Weight Distance from C.F. Moments 50 0 À40 20 000 50 0 À 25 12 50 0 50 0 20 À10 000 50 0 50 À 25 000 150 À12 À1800 50  15  750 À 355 0 lLÂ Change of trim wTPCSo,Change ... draft forwardBodily sinkage wTPC124 .5 15 152 Ship Stability for Masters and Mates At 25 heelGZ GM 12BM tan2ysin y1 12Â 3 Â tan2 25 sin 25 1  0X3262sin 25  ... Â1X0 25 W  258 3 tonnesBMLL212d60 Â6012 Â4X2BML 71X42 metresMCT 1 cm 9W ÂBML100Lbecause GML9 BML 150 Ship Stability for Masters and Mates 160 Ship Stability for Masters and...

Ship Stability for Masters and Mates 5 Episode 6 ppsx

... 14 253 161 .8 162 .9 7 .54 1.20 aft7 m 20. 06 3.74 12 258 181 .5 158 .1 7.44 0 .50 aft 0. 45 forward 6 m 19.70 3.21 10 293 207.4 152 .5 7. 46 0. 05 forward 0.80 forward 5 m 19.27 2 .68 8 361 243.2 1 45. 9 ... 0. 25  2X 15 45 2.24 0 .5 Â0.707  0X 353 2.24 0. 35  2X59 60 1.70 0 .5 Â0. 866  0X433 1.70 0.43  2X13 75 0 .68 0 .5 Â0. 966  0X483 0 .68 0.48  1X 16 90À0.49 0 .5 Â1.000  0X500 À0.49 0 .50 ... 0.42 forward 1. 05 forward4 m 18. 76 2. 15 64 86 2 96. 0 138.3 8.28 0.70 forward 1. 25 forward3 m 18.12 1 .61 467 4 382.3 129.1 9 . 56 0.83 forward 1.30 forward212m 17 .69 1. 35 37 85 449.0 123.0 10.75...

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Ship Stability for Masters and Mates 5 Episode 7 ppt

... 18 45 Â0X0389Ans.Dynamical stability  71 X 77 m tonnes222 Ship Stability for Masters and Mates Fig. 22.4 202 Ship Stability for Masters and Mates Exercise 201 A ship of 10 000 tonnes displacement ... d1Â 1X0 25 tonnes 75 Â10 Â 4X5 Â 1X0 25 W  3 459 tonnesBML ILaVBL3212V10 Â 70 312 Â 75 Â 10 Â4X5BML 84X7 metresMCTC 9W Â BML100L3 459 Â 84X7100 Â 75  39 X 05 tonnes ... trim 35 75 Â 221X4 103X3cm 1X033 mChange of draft forward 40 75 Â 221X4 118X1cm 1X181 m212 Ship Stability for Masters and Mates Increase in draft  0X0 85 metresOld draft 5X000 metres...

Ship Stability for Masters and Mates 5 Episode 8 pps

... A"X2260 Ship Stability for Masters and Mates 12ord.12ord.3S.M. Products for ICL00 1 01.2 1.7 28 4 6.9121 .5 3.3 75 2 6. 750 1 .8 5. 83 2 4 23.3 28 1 .8 5. 83 2 2 11.6641 .5 3.3 75 4 13 .50 01.2 1.7 28 ... the ship is heeled to a small angle (y)Method (a)Righting moment  W ÂGM1Â sin y 6000 Â1X4 25 Â sin y 85 5 0 Â sin y tonnes m. 250 Ship Stability for Masters and Mates  84 25X8Â 18 6 ... func.010 0 0 0 01.2 4 4 .8 1 4 .8 1 4 .8 1 .5 2 3.0 2 6.0 2 12.01 .8 4 7.2 3 21.6 3 64 .8 1 .8 2 3.6 4 14.4 4 57 .61 .5 4 6.0 5 30.0 5 150 .01.2 1 1.2 6 7.2 6 43.225X8  S1 84 X0  S2332X4  S3...

Ship Stability for Masters and Mates 5 Episode 9 ppsx

... for Masters and Mates IOZ ICLÀ AEBB21 397 9 À477X5 Â0X122 397 9 À7 397 2 m4(d) To Find GMBM2IOZVBM2 397 2 50 Â10 Â4; BM2 1X 99 mKB2 2X10 mKM2 4X 09 mÀas before ... 051 9 95 0 LetK2 New K 487 051 9 95 0 rK2 7mLetT2 New T 2pK2gEGM2pT22p79X81 Â0X57pAns.T2 18X 6s 294 Ship stability ... Â104 50 Â10 À30100Â 15 Â 5  56 X 25 477X5 0X12 m(c) To Find IOZICLLB312Àmlb33 50 Â10312À30100Â 15 5 33 4166X7 À 187X5 397 9 m4List due to bilging side components 299 Fig....

Ship Stability for Masters and Mates 5 Episode 10 pot

... manoeuvre. 304 Ship Stability for Masters and Mates Fig. 35. 1. Deadweight Scale Bending moment at 4 m from A  4 Â 10 Â 2 À80 Â 1 0Bending moment at 5 m from A  5 Â 10 Â 5 2À 80 Â2 35 kg m (positive)Bending ... l).332 Ship Stability for Masters and Mates W Â lFig. 40.7Fig. 40.8 Change of Trim  5 cm by the stern 0X 05 m by the sternDrafts before Trimming A 4.0 75 m F 2.0 75 mChange due to trim 0X0 25 ... Trim and Stability bookWhen a new ship is nearing completion, a Trim and Stability boo k isproduced by the shipbuilder and presented to the shipowner. Shipboardofđcers will use this for the...

Ship Stability for Masters and Mates 5 Episode 11 ppsx

... Â0X0 15  0X 15 3 0. 45 3 1. 35 2nd Deck 10 Â0X0 15  0X 15 1 0. 15 1 0. 15 Tank Top 10 Â0X0 15  0X 15 À 2 À 0.30 À 2 0.60Bottom Shell 10 Â0X0 15  0X 15 À 3 À 0. 45 À 3 1. 35 Sideshell 2 Â6 Â 0X0 15  0X18 ... x':Ay  17X 25 cm2b 12cmqb30 Â 17X 25 254 Â 0X54X07 t/cm2(c) At 3 cm from Neutral Axism  17X 25 2X5 Â 0X5Â4X 25  22X56 cm3 Ayb 12cmqc30 Â 22X56 254 Â 0X55X33 t/cm2Bending ... bending moment depends upon the height and the lengthof the wave and the beam of the ship. If a ship is supported on a Standard 352 Ship Stability for Masters and Mates Murray's coefđcient `C'...

Ship Stability for Masters and Mates 5 Episode 12 pps

... (i)with such ballast, and (ii) without such ballast.392 Ship Stability for Masters and Mates 406 Ship Stability for Masters and Mates SHIP STABILITY Attempt ALL questionsMarks for each question ... 68.48 5. 80 11 848 11 55 9 22.37 21.82 167.3 163.2 8 .59 3.01 70 .50 68 .57 5. 70 11 6 25 11 342 22.32 21.77 166.1 162.1 8.63 2. 95 70 .53 68. 65 5.60 11 402 11 124 22.26 21.72 1 65. 0 161.0 8.67 2.90 70 .57 ... some marks for a correct formula.386 Ship Stability for Masters and Mates KB and BMTransverse Stability For rectangular waterplanes:I LB3 12 BM  I/V For box-shapes:BM  B2/12dKB  d/2KMmin...

Ship Stability for Masters and Mates 5 Episode 13 doc

... 7 .50 650 0 2.32 3. 85 5. 35 6.43 7.27 7.70 7 .51 6000 2.42 4.00 5. 45 6.48 7.28 7.70 7 .52 55 00 2 .57 4. 15 5 .55 6 .53 7.29 7.68 7 .51 50 00 2.72 4.32 5. 65 6 .58 7.30 7.66 7 .50 KN values are for hull and forecastle ... 1.29 A 2 .55 A 1.83 4.073.40 157 7.9 5. 16 22. 65 1.24 A 2 .57 A 1.78 4.093.30 152 6.4 5. 15 22 .52 1.20 A 2 .59 A 1.72 4.113.20 14 75. 1 5. 13 22.39 1. 15 A 2.61 A 1.67 4 .13 3.10 1423.8 5. 12 22. 25 1.10 ... 1.29 A 2 .55 A 1.83 4.073.40 157 7.9 5. 16 22. 65 1.24 A 2 .57 A 1.78 4.093.30 152 6.4 5. 15 22 .52 1.20 A 2 .59 A 1.72 4.113.20 14 75. 1 5. 13 22.39 1. 15 A 2.61 A 1.67 4 .13 3.10 1423.8 5. 12 22. 25 1.10...

Ship Stability for Masters and Mates 5 Episode 14 docx

... immersion(TPC) 26, 55 curves 55 ±7in dock water 26Total Bending Moment (TBM) 355 Total pressure see thrustTotal thrust 266Transverse stability formulae 382Transverse statical stability formulae 382±3Triangular-shaped ... 432±3Five/eight rule 72, 76-7Force of buoyancy 22Forces 14 Form coefđcients formulae 380Free surface effect (FSE) 192±203on stability 50 54 Freeboard, effect of increase on stability 2 25 6Freely supported ... 227±32correcting 51 ±4formulae 3 85 Angle of vanishing stability 168Appendages 79±82Archimedes Principle 22Area calculations 68±77, 84 5 Attwood's formula 131Beam, effect of increase on stability 2 25 6Beam...

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