8'= Trajectory of Computer Model Relative to Wave ..............0.c.c.0..-ccessseserssooococernrocooens 20 
9 — Heave Response for 10-Degree Deadrise Model at Wiki = Oe Ohne tetaanawcnica ete moet 21 
10 — Pitch Response for 10-Degree Deadrise Model at V/./L= CLO eee: np 
11 — Heave Response for 20-Degree Deadrise Model at Vik/ile ='6.0) coco ees 23 
12 — Pitch Response for 20-Degree Deadrise Model at Wa = GiOb Net eet eee ee eee 24 
13 — Heave Response for 30-Degree Deadrise Model at Wi ale = Oi in anes Ds 
14 — Pitch Response for 30-Degree Deadrise Model at V/./L= O2Obscn cc aucamecsutace serene 26 
15 — Heave Response for 20-Degree Deadrise Model at Min) = 4 Ole tea ee a a OF) 
16 — Pitch Response for 20-Degree Deadrise Model at VIS L S40 FNL OME oe eee 28 
17 — Bow Acceleration for 10-Degree Deadrise Model at Wy b= 610 eee ee 29 
18 — Center of Gravity Acceleration for 10-Degree Deadrise Model 
FIL 0) 0 Ow tO ninarereener a Ra Nerealcate eM edt dE ae adc ae etch i sxotcscqoo0 30 
19 — Bow and Center of Gravity Accelerations for 20-Degree 
Deadrise) Modelvatwvi/y/ale— 4+0) amdVi//x/ ole. — (61 Ole ercetes enone eee eee 31 
20 — Bow and Center of Gravity Accelerations for 30-Degree 
DeadriseModeliatyVin/Ml OO ce atu eee cle ent 1 ee ke 32 
Table 1 — Model Characteristics and Wave Conditions for Computations ......................55 11 
