Analisa Penentuan Daya dalam Rancang Bangun Controllable Life Saving untuk Keselamatan di KRI

Abstract

KRI is one of the safety equipment to save people who fall in the sea in the form of a lifeboat which is used manually. The purpose of this study is to find out how to design and make a CLS design and determine the amount of power needed for CLS when operating at sea. The research steps were carried out through problem identification, literature studies and surveys. Software design and testing using Maxsurf Modeller Software. The results of the study are: (a) To design a CLS, it should refer to the SOLAS 1978 rules regarding safety equipment, from the results of the analysis of the design and the 1978 SOLAS rules, it is obtained that the CLS Model-1 design with the shape ∩ has a weight of 21 kg, a displacement of 106 kg, capable of carrying heavy 85 kg man, draft 0.2 m, area 3.578 m², thickness 0.006 m, length 1.482 m with High Density Polyethylene (HDPE) material which has a density of 0.93 ton/m³. With the consideration of the factors mentioned above which refer to the 1978 SOLAS rules regarding saving equipment and the results of the analysis of resistance and power calculations, Model-1 is better and superior in operation in various sea conditions; (b) From the results of the analysis of the Model-1 power calculation, a break power of 3,286 kW = 4,406 HP is required to produce a speed of 10 knots.

Keywords

• controllable life saving
• kri
• maxsurf modeller.