Teknika — Buku Raya

Dasar Perbengkelan Kapal

Iwan Kurniawan

Materi yang disajikan dalam buku ini mencakup dasar perbengkelan yang meliputi proses pengelasan, pesawat las, alat bantu las, keselamatan kerja di bengkel, serta pemilihan bahan dan elektroda. Setiap bab diakhiri dengan uji kompetensi untuk mengukur tingkat pemahaman dan kesiapan pembaca dalam mengaplikasikan konsep yang telah dipelajari. Seluruh pembahasan disusun secara sistematis untuk memudahkan pembaca memahami prinsip kerja, fungsi, serta penerapan teknik perbengkelan di kapal. Pengetahuan perbengkelan selama ini dideskripsikan secara variatif dan adaptif terhadap perkembangan serta kebutuhan berbagai kalangan. Penekanan dan cakupan bidang yang dibahas dalam buku ini sangat membantu dan berperan sebagai sumbangsih pemikiran dalam mendukung pemecahan permasalahan yang selalu muncul di dalam mempelajari perbengkelan. Penyusunan buku ini mengacu pada Keputusan Dirjen Perhubungan Laut Nomor DL.22/2/1-01 Tahun 2001, Keputusan BPSDM Perhubungan Tahun 2016, serta IMO Model Course 7.04-Marine Engineering at the Operational Level, sehingga isi buku ini diharapkan mampu memberikan pemahaman teoritis akademis dan menjadi landasan dalam pelaksanaan di dunia industri pelayaran.

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Perbengkelan Kapal untuk Kualifikasi Ahli Teknika Tingkat III

Iwan Kurniawan

Materi yang disajikan meliputi mesin bubut, mesin gergaji, mesin bor, mesin gerinda, dan las serta keselamatan kerja di bengkel. Isi buku ini disajikan secara praktis dan lengkap sehingga dapat membantu seluruh pembahasan disusun secara sistematis untuk memudahkan pembaca memahami prinsip kerja, fungsi, dan penerapan teknik perbengkelan di kapal. Perbengkelan yang dibahas dalam buku ini disusun secara variatif dan adaptif terhadap perkembangan teknologi serta kebutuhan berbagai kalangan. Buku ini juga dilengkapi dengan ilustrasi, diagram, serta contoh penerapan yang diambil dari pengalaman praktis di dunia kerja maritim. Setiap bab diakhiri dengan uji kompetensi untuk mengukur tingkat pemahaman dan kesiapan pembaca dalam mengaplikasikan konsep yang telah dipelajari. Penyusunan buku ajar ini mengacu pada Keputusan Dirjen Perhubungan Laut Nomor DL.22/2/1-01 Tahun 2001, Keputusan BPSDM Perhubungan Tahun 2016, serta IMO Model Course 7.04 - Marine Engineering at the Operational Level, sehingga isi buku ini diharapkan mampu menjembatani antara teori akademik dan praktik lapangan di dunia industri pelayaran.

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MARINE ENGINEERING ENGLISH: TENSES

Irma Shinta Dewi, Nursyam

Marine Engineering English Tenses is a first edition as practical book concentrating “Marine Engineering English Series” for Marine Engineering students. The term “Tenses” is one of cadets should master in Grammar as one of language system, besides Vocabulary and pronunciations”. This book describes 12 of 16 tenses, as frequently used. Students may want to read Marine Engineering English Tenses from pages to pages for tenses in achieving English capability for practicing four skills of Communications, i.e., Reading, Listening, Writing, and Speaking. Finally, students are referred to throughout the book as “he”,” she”, and “they” in achieving Maritime English mastery as English for Specific Purposes both fluently and accurately to be professional seafarers. Most of cadets have fears to find out lots of resources, how to find marine engineering English, especially “Tenses”. Here knowledge and realizing or succeeding you will make you perfect in mastering English. Here, it will be very useful for cadets, especially in Grammar. We are grateful to” Kevin, Daniel, Danu” that make some good collaborations in making this book.

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Termodinamika untuk Mahasiswa Vokasi Kemaritiman

F. Pambudi Widiatmaka

Termodinamika bukan hanya sekadar teori tentang panas dan energi, melainkan merupakan fondasi dari banyak inovasi teknologi masa kini dari pembangkit listrik dan mesin industri hingga teknologi ramah lingkungan dan sistem pendingin canggih. Di tengah tantangan global seperti efisiensi energi dan perubahan iklim, pemahaman mendalam tentang termodinamika menjadi semakin vital. Buku ini disusun untuk menjawab kebutuhan pembelajaran di era digital, dengan pendekatan yang menggabungkan teori dasar, aplikasi kontemporer, serta contoh-contoh kasus nyata yang relevan. Harapannya, pembaca baik mahasiswa, dosen, maupun praktisi dapat memperoleh wawasan yang tidak hanya akademis tetapi juga aplikatif. Saran dan masukan dari para pembaca sangat kami harapkan guna penyempurnaan edisi berikutnya.

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Maritime English for Engineering Cadet

Tristanti

Marine engineers operate in a global environment, interacting with crew, officers, and technical personnel from different countries. English is essential as it serves as the universal language in the maritime field. At sea, engineers must read manuals, adhere to safety procedures, and interpret technical diagrams, most of which are in English. Mastering the language allows them to comprehend these documents and communicate efficiently. This book is specifically designed to support the learning needs of technical maritime cadets, enabling them to communicate effectively in the global maritime work environment.

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Permesinan Bantu Kapal: Sistem & Prinsip Kerja

Dwi Prasetyo

Buku Permesinan Bantu Kapal, Sistem & Prinsip Kerja merupakan bahan pembelajaran utama bagi mahasiswa yang ingin mempelajari permesinan bantu kapal. Buku ini disusun sebagai bahan pembelajaran yang mengarah pada pembinaan keahlian dan keterampilan khusus. Fokus pembelajaran diarahkan pada kompetensi mahasiswa dalam memahami mesin bantu kapal dan alat-alat bantu yang ada di kamar mesin sebagai dasar pembinaan keahlian profesi dalam hal menangani pekerjaan perawatan dan perbaikan permesinan bantu kapal.

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Pengetahuan Tentang Teknologi Bahan Bagi Perwira Ahli Mesin Kapal

Nasri, Fakhruddin, ...

Kapal merupakan sarana transportasi laut yang penting di negara kita sebagai suatu negara kepulauan yang dapat menghubungkan dari satu pulau ke pulau yang lain. Oleh karena itu kapal dianggap sebagai sarana transportasi yang aman dan efisien. Keuntungan tersebut akan terus bertambah apabila pengoperasian dan perawatan kapal dilaksanakan dengan baik. Dengan demikian akan mendapatkan kondisi kapal layak laut sehingga kapal dapat berlayar dengan aman dan jadwal pelayaran yang tepat, serta operasi kapal berjalan lancar. Mesin induk yang merupakan mesin penggerak utama kapal harus mendapat perhatian khusus dan perawatan yang baik secara kontinu, sehingga mesin dapat bertahan lama dan berjalan lancar. Kelancaran jalannya mesin induk tersebut tidak terlepas dari adanya beberapa faktor penunjang, Diantaranya bahan-bahan yang menjadi dasar pembuatan kapal merupakan salah satu faktor bagaimana untuk mengetahui sistem perawatan di kapal. Buku ini akan menerangkan bagaimana proses pembuatan dari beberapa bahan dasar sebuah kapal, sehingga kelak peserta diklat yang mempelajari ilmu teknologi bahan ini akan mengerti sejauh mana bahan kapal itu dibuat.

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Practicum Module Electronic System Third Semester

Iga Puspita Siwi, Riko Ardiyanto (Penerjemah), Afdolludin Afta Tazani

This module is used for education and training on handling electronic system on board ships. It is important to know the electronic system on board for maintenance and repair of ship operations to work properly.

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Ship Electrical System

Adi Oktavianto, S.T., M.M., Amad Narto, ...

This textbook about the ship electrical system was made with the intention of being a guide for cadets/students, especially at the Semarang Shipping Science Polytechnic, that they will easily be able to learn and know into the basic principles of the Ship Electrical System, We have compiled this textbook into a simple way with the intention that it is easy to understand by all cadets/students/readers in understanding the Ship Electrical System, Translator: Mashudi Rofik

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Basic Electronics

Adi Oktavianto, S.T., M.M., A. Agus Tjahjono, ...

This book is compiled based on the curriculum, therefore, the additional explanation relating to the question needs to be added in the classroom. Basic knowledge about electronics is necessary for cadets, especially for engineering study programs as their preparation before undergoing sea practice at merchant ship, if they face some electronic equipment, they will be familiar and able to analyze the problem principally if there is any fundamental problem. In preparing provision mastery of basic electronics theory, it also needs support skills lessons at the laboratory such as practice. In compiling this book, we have divided it into seven chapters and each chapter has different loading material so that one chapter needs one-two time meeting allocation,

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Practicum Module Applied Mechanics

Iga Puspita Siwi, Riko Ardiyanto (Penerjemah), Afdolludin Afta Tazani

The Applied Mechanics Practicum is one of the practicums that Engineering Studi Program level 1 cadets must complete. This practicum aims to improve skills and apply mechanics knowledge to the maritime world, specifically the shipping world, in the field of ship engines. Another expected capability is the implementation of a safety culture in all practical activites in the laboratory or simulator. This module is organized in accordance with the sequence of competencies that must be attained in accordance with the syllabus guidelines for the relevant courses, making it easier to study and apply theoretical concepts to practicum. This module description includes competencies, work safety, and module content. The limitations of the module content mean that this module still has a lot of flaws, so the authors are hoping for criticism and suggestions in the future to help them make this module better. Hopefully, cadets studying mechanics can benefit from this module.

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Practicum Module Construction and Working Principles of Auxiliary Machinery 3rd Semester

Tony Santiko, Iksan Saifudin, ...

This practicum module book on construction and working principles of auxiliary machinery is compiled for the use of education and training in the maritime sector. Students of maritime university are expected to be the main targets to assist the daily teaching and learning process in the course of construction and working principles of auxiliary machinery. In compiling this module book, it is sourced from reading books and the authors' experiences while working on board as well as teaching in ship machinery laboratory. This module book discusses the definition, parts, working principles and operating steps of machinery on board. Before having the practicum on auxiliary machinery, students should understand the definition of machinery. Their understanding of the parts of machinery is also crucial to be able to operate a machine, and do not forget that the working principles are the guide in operating the machinery. This module book discusses about the machinery commonly present on a merchant ship, namely: Boiler, Diesel Engine Generator, Pump, Fresh Water Generator, Steering Gear, Air Compressor, Refrigerator, Purifier, Sewage Treatment, Oil Water Separator, Incinerator, Windlass, Capstan, Crane.

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Practicum Module Main Engine (Steam & Gas Turbine)

Amad Narto, Eha Vembriarta, ...

Steam Turbine and Gas Turbine are machineries used to drive a gear reduction which is connected to a generator and propeller shaft. The steam produced by the boiler/steam boiler (in a closed vessel) is either a water pipe or a fire pipe. Steam pressurized is high enough, flows through a nozzle, which is directed to the turbine blades, so that it rotates into another form of energy to produce powers. Boilers are designed to transfer heat from a combustion source, which is usually fuel combustion. A boiler is a connected vessel in which water is filled and heated, so that water boils and evaporates continuously into steam. Steam generated from the boiler is used to rotate the steam turbine blades and rotate the shaft/axle, which is connected to the electric generator drive, the propeller shaft rotates, compressor driver, cargo pump on tankers, Mooring Winch and Winch-lass movers, and others. As for the gas turbine, the combustion medium in the combustion chamber is gas. With a very high pressure, it will rotate a low-pressure turbine, in which its rotation can be adjusted with a reduction gear and rotational speed regulator control which is often used for propulsion in aircraft and high-speed ships. The operation of the Steam Turbine and Gas Turbine must comply with the operating standards that have been determined by regulations or safety laws. Therefore, the user of the steam turbine and gas turbine will have to meet the standard of the manufacturer who already has a production permit. The standards made will ensure safety in operation, thereby increasing the efficiency of the steam turbine while reducing the operating costs.

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Practicum Module Main Engine (DIESEL)

Amad Narto, Eha Vembriarta, ...

Diesel engine is an internal combustion aircraft, an engine, in which the fuel is ignited by high temperature gases which are compressed in the combustion chamber, resulting in combustion in the combustion chamber. Diesel engine are often used for main propulsion on a ship, which has a large engine capacity and large power. This is because diesel engines are suitable for long distance use or are more heat resistant than other types of engines. The capacity of the diesel engine is very large, and so does the power. The construction of the diesel engine is also on average with a large capacity. Diesel engines can be used with a variety of fuels, both Marine Diesel Oil (MDO) and Marine Fuel Oil (MFO) There are two classes of diesel engines, namely 2-stroke and 4-stroke diesel engines. Usually, the number of cylinders is in multiples of two, although any number of cylinders can be used during the cranking process that can be balanced to prevent excessive vibration. Diesel engines work with fairly high compressed air, so that larger diesel engines need to add more air. Thus, supercharge or turbocharge on the intake manifold is used to meet the needs of compressed air. For a 2-stroke diesel engine, an auxiliary blower is used since a 2-stroke diesel engine has a low speed (80 to 200 rpm), while a 4-stroke engine does not require an auxiliary blower since the engine speed is already high (400 to 1500 rpm). Operating large diesel engine requires support systems and auxiliary machineries, for example cooling system, lubrication system, running air system, fuel system, exhaust system/exhaust gas. Meanwhile, the auxiliary machineries include seawater pumps, freshwater pumps, lubrication pumps, fuel pumps, heaters, compressors and air bottles, auxiliary blowers, turbo chargers, and others. Operations can use simulators as a real picture later, but it can also use real labs such as engine halls and training ships as learning tools.

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Steam Turbines

Abdi Seno

The material of this textbook covers the development of turbines steam, the Rankine Cycle, and in the form of the Steam Turbine Ideal Cycle. This section also mentions the steam boiler as a steam generator. The turbine construction section is covers its Components, Working Principles, and Classification of Steam Turbines, and Losses in Steam Turbines. Another section covers the Characteristics, Velocity Triangle, Zeuner's Equation (SI), Triangle Speed, Blade Performance, Shapes of Turbine Moving Blade - Turbine de-Laval, Zoellly, Curtis, and Parson. Turbine Power discusses Theoretixal Power, Blade Power, Indicator Power, and Turbine Effective Power and their technical settings. At the end of this textbook covers the axial forces that occur in turbines and operating procedures and maintaining steam turbines.

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Marine Propulsion System Diesel

Amad Narto, Nasri, ...

This book is intended as a learning supplement in the program of upgrading education and training for engine officerr class III during the maintenance and repair of ship machinery and equipment course. The scope of material in this book includes basic knowledge of drawing ship engine designs which contains the arrangement and capabilities of diesel engine, the difference between 4-stroke and 2-stroke, parts of diesel engine, fuel combustion in the diesel engine cylinder, compreesed air system (supercharging), the combustion air volume and weight, trust block, balancing, vibration and noise, ship speed, propeller speed and slip, crank shaft deflection, Controllable Pitch Propeller (CPP)

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Auxiliary Engines I

Sumarno P.S, Febria Surjaman

This book was arranged and intended as a reference for maritime student. This book is expected to give insight to the readers about auxiliary engines. Auxiliary engines is all machinery and functions on the vessel, both on the deck and in the engine romm, except the main engine and main engine and main steam bolier, which functions to facilitate the operation of the vessel, whether the ship is sailing or the ship is currently operating in the port area continuously and safely

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Applied Mechanics

Tony Santiko, Muhammad Sapta Heriyawan

Applied mechanics is the study of forces and motion. Applied mechanics consists of statics, dynamics and hydrodynamics. Slaties in mechanics is a science that deals with the analysis and forces working on an object of a system that is stationary/staticandin balance conditions. The force generally includes the force itself and the moment. In applied mechanics, apart from statics is dynamics. Dynamics is a branch of physics that deals with forces and torquesand theeffectsof motion. The discussion in dynamicsis classical mechanics which deals with Newton's laws of motion, especially in particle systems. This book presents a variety of materials including: quantities and units, knowledge of vectors, forces and moments of forces, dynamics and hydrodynamics. This book is very useful in solving physics problems related to forces through the concept of dynamics. In addition, this book also provides materialonapplying mathematical equations, The purpose of writing this book is to fillin thescarcity of literature and handbooks for training participants. Training participants can study the material that will be given in advance, so that during lectures it will be easier to understand the explanation given by the lecturer. This book is expected to be useful for training participants in the marine engineering study program. By understanding the material on applied mechanics, it is hoped that the training participants will be able to master the ship machinery technology. This field of science studies the motion of an object and the effects of forcesina movement. Thisfield of knowledge is also avery important part for engineers. The branch of mechanics is divided into two Static Mechanics and Dynamic Mechanics. Meanwhile Dynamic Mechanics can be divided into two Kinematics and Kinetics in marine machinery, in addition, the training, participants are expected to be able to understand the heating system (both fuel heatingandjacket cooling Main Engine), masteringthe speed of the shipfrom the diameter of pitch propeller. By understanding this book, it is hoped that every training participant can work onthe ship safely and comfortably

Beli Rp68.000

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