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Nur, Iswadi
Fakultas Teknik UPN "Veteran" Jakarta

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FAKTOR-FAKTOR YANG MEMPENGARUHI BEBAN RANCANGAN (DESIGN LOAD) TERKAIT DENGAN PERHITUNGAN KONSTRUKSI KAPAL- KAPAL NIAGA BERBAHAN BAJA MENURUT REGULASI KLAS Nur, Iswadi
Bina Teknika Vol 11, No 2 (2015): Bina Teknika
Publisher : Fakultas Teknik UPN "Veteran" Jakarta

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Abstract

The ships construction system must be hold against the inside force of ship although the outside force of ship. The inside force of ship come from the the force of ships lightweight components, and the force ships deadweight components. While the outside force of ship come from the sea water wave and the air flow against the ships hull when the ship is sailing. The influence factors of design load of ships construction calculation such as: the kind of ship, the load force against the ships hull, the length area of ship likes after peak, middle, and fore peak, the area of sea water, the comparison of ships dimension (length/depth), the kind of steel, and the corrosion of steel
PERANCANGAN PERAHU BERBAHAN FIBER GLASS BERLAPIS KARET UNTUK EVAKUASI BENCANA BANJIR Suranto, Purwo Joko; Nur, Iswadi
Bina Teknika Vol 13, No 1 (2017): Bina Teknika
Publisher : Fakultas Teknik UPN "Veteran" Jakarta

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Abstract

Most of territory in DKI Jakarta that affected by floods. The floods subscription areas are flooded with varying depths, range from 0.5 meters to 3 meters. The habits of the people affected by the flood are reluctant to evacuate if the flood height is still below 0.5 meters, The flood victims want to evacuate after the flood has reached depth above 1 m. At the height of the flood above 1 m it will be difficult to evacuate to a safer place, because the water level is high and can dangerous for their livesThus the required means of transportation that can evacuate the flood victims quickly and safely. The design of the boat using rubber-coated Fiber Glass material for the evacuation of flood disaster, its size determination can be adjusted into the Narrow alley that are at least 2 meters wide.Boats are designed with speed 6 knots, hull construction with double hull construction. In the design calculate the strength, load, resistance, main engine and also the stability for passenger safety can be guaranteed. To ensure the safety of passengers in case of unwanted things, then the boat is equipped with life jackets.
PEMBUATAN HULL PERAHU IKAN CADIK FIBER GLASS SKALA KECIL BAGI MITRA KELOMPOK NELAYAN Marasabessy, Amir; Nur, Iswadi; Hatuwe, Mohammad Rusdy
Bina Teknika Vol 12, No 2 (2016): Bina Teknika
Publisher : Fakultas Teknik UPN "Veteran" Jakarta

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Abstract

Event Service to the community for the partner group of fishermen village of Caringin District of Labuan Pandeglang in Banten Province aims to provide training and manufacturing miniature hull fishing boat outrigger fiber glass so that partners fishermen groups can manufacture fishing boats outrigger made of fiber glass are actually independently as an attempt to divert outrigger fishing boats from wood to glass fiber materials for the development of the fishing fleet in order to maintain/increase the fish catch in order to improve the standard of living to a better direction. The method used in the manufacture of miniature outrigger fishing boat fiber glass in the form of a lecture following the discussion/question and answer and applicative training with the involvement of partner group of fishermen. Plan activities that will be done in the implementation of manufacturing miniature hull fishing boat outrigger fiber glass that provides counseling by introducing wood and fiber glass as well as equipment to be used for the manufacture of hull miniature fishing boats outrigger fiber glass, the composition of the fiber glass to see the standardization of the mixture and training manufacture of molded semi parmanen which continued with casting hull miniature outrigger fishing boats.
PERHITUNGAN BEBAN RANCANGAN (DESIGN LOAD) KONSTRUKSI KAPAL BARANG UMUM 12.000 DWT BERBAHAN BAJA MENURUT REGULASI KELAS Nur, Iswadi
Bina Teknika Vol 12, No 1 (2016): Bina Teknika
Publisher : Fakultas Teknik UPN "Veteran" Jakarta

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Abstract

The ship’s design load to be affected by some factors such as; the inside force of ship, the outside force of ship, the kind of ship, the ship’s length, the comparison of ship’s dimension, the sea water waves, and the corrosion of steel. The design load of ship’s weather deck area (PD), the design load of ship’s bottom area (PB), although the design load of ship’s side area (PS) becomes parameter factor to calculate the ship’s construction. The subject of design load calculation is the general cargo ships with main dimension as : Loa = 131,273 m, Lpp = 122,360 m, B = 19,50 m, H = 11,138 m, T = 8,77 m, Cb = 0,74, dwt = 12.000 tons, displacement = 15.875 tons, speed = 13 knots, Cm = 0,98, Cw = 0,83, ME = 6.700 hp. The calculation of of ship’s design load had many results such as : the design load of weather deck (PD) likes; the mean of PD = 107,851 kN/m2, the PD of after peak area = 9,99 % more than the PD of middle area, because the super structures likes ; poop deck, bridge deck, navigation deck, and wheel house to be supported by the deck plate of after peak area. Also the PD of fore peak area = 64, 00 % more than the PD of middle area, because location of the deck plate of fore peak area to the fore castle deck although the windlass to be close to one another, of course the deck plate of fore peak area support both of them. The design load of ship’s bottom area (PB) likes ; the mean of PB = 126, 515 kN/m2, the PB of after peak area = 13, 93 % more than the PB of middle area, because location of the after peak bottom plate to the engine room, the propeller, although the rudder to be close to one another, of course the bottom plate of after peak area can absorb the main engine vibration, the propeller vibration, although the rudder vibration. The PB of fore peak area = 29,50 % more than the PB of middle area, because part of the bottom plate of fore peak area becomes the stem plate, and then the stem plate to be striked by the sea water waves when the ship voyage on the sea.The design load of ship’s side area (PS) likes ; the mean of PS = 98, 471 kN/m2, the PS of after peak area = 11, 53 % more than the PS of middle area, and the PS of fore peak area = 20, 80 % more than the PS of middle area. The reason of them to be same with PD although PB before. More over, the mean value of PB more than the value of PD althought PS, the deferences value to be affected by the factor of steel corrosion and the factor of sea water wave. Also the mean PS value less than the mean value of PB althought PD, the deferences value to be affected by distance of the ship’s side plate to the ship’s longitudinal netral axis to be close to one another.
RANCANGAN PENGEMBANGAN PELABUHAN PERIKANAN PELABUHANRATU TERKAIT DENGAN PENINGKATAN KARAKTERISTIK KELAS PELABUHAN PERIKANAN DAN PEMILIHAN JENIS KAPAL PENANGKAP IKAN Nur, Iswadi; Sudjasta, Bambang; Martana, Budhi
Bina Teknika Vol 12, No 2 (2016): Bina Teknika
Publisher : Fakultas Teknik UPN "Veteran" Jakarta

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Abstract

Pelabuhanratu National Fishing Port can be changed to Pelabuhanratu Oceanic Fishing Port, but it should be proper to the class characteristic regulation of KKP, number 16, 2006. It has several condition, as ; the fishing vessel fleet have service area in the ZEE territorial and the International Ocean, the quay wall fasility > 60 GT, the port quay dimension has length > 300 m and deep of sea water > 3 m, amount of fish production 60 ton per day, the fishing port capacity > 6000 GT per day, it has the quality assurance facility of fish production, the area of fishing port > 30 hectares, it has the zone of fish processing industry. The result of research had many factors that had not been proper to the KKP regulation, as; amount of fish production = 25,030 ton per day, the fishing port capacity approximately 268,957 GT per day, the area of fishing port < 30 hectares, the zone of fish processing industry had not completed, so Pelabuhanratu National Fishing Port can not be changed to Pelabuhanratu Oceanic Fishing Port. Related to the fishing vessel that to be proper to the characteristic of its service area, as ; the capacity of fishing vessel up to 60 GT and minimum speed 12,5 knots, the fishing vessel has minimum 6 fish holds, the location of fish hold in the middle body, the fishing vessel hull has the bilge keel plate, and the material of hull fishing vessel to be made of wooden, steel, aluminium, or fiberglass.