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Automotive engineering is a branch of engineering that studies on how to design, create and develop
the means of land transport using the machine, particularly motorcycles, cars, buses and trucks. Automotive engineering combines elements of knowledge of mechanics, electricity, electronics, safety and the environment as well as mathematics, physics, chemistry, biology and management.
The branches of automotive engineering include:
Planning (product or design)
Development (development)
Production (manufacturing)
Maintenance (maintenance)
In Indonesia at this time are highly developed branch is generally about the care and maintenance of cars and motorcycles.
Systems in the automotive
In automotive engineering, control systems existing land transportation equipment is a must. The system comprises several dozens of the main system and subsystem. Such systems can be grouped:
Engine (engine)
Combustion engine (internal combustion engine).
The fuel system (fuel system).
Fuel tank.
Fuel pump.
Carburetor or fuel injection system.
Ignition system (ignition system).
Air intake system in a combustion chamber (intake system).
An exhaust system of combustion (exhaust system).
Cooling system (cooling system).
Lubrication system (lubricating system).
Wheel balance system (spooring balancing)
The power transfer (power train).
Transmission system (transmission system).
Driving circuit (drive train).
Transfer case (for 4-wheel drive)
The driving end (final drive)
Wheels (wheel)
The steering system (steering system).
The suspension system (suspension system).
The brake system (brake system).
Bodi.
Electrical systems (electrical system)
BY: https://id.wikipedia.org/wiki/Teknik_otomotif
Kamis, 15 Oktober 2015
Rabu, 14 Oktober 2015
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Teknik otomotif adalah salah satu cabang ilmu teknik mesin yang mempelajari tentang bagaimana merancang, membuat dan mengembangkan alat-alat transportasi darat yang menggunakan mesin, terutama sepeda motor, mobil, bis dan truk. Teknik otomotif menggabungkan elemen-elemen pengetahuan mekanika, listrik, elektronik, keselamatan dan lingkungan serta matematika, fisika, kimia, biologi dan manajemen.
Cabang-cabang dari teknik otomotif meliputi :
- Perencanaan (product atau design)
- Pengembangan (development)
- Produksi (manufacturing)
- Perawatan (maintenance)
Di Indonesia saat ini cabang yang sangat berkembang adalah perawatan dan umumnya mengenai perawatan mobil dan sepeda motor.
Sistem dalam otomotif
Dalam teknik otomotif, menguasai sistem-sistem yang ada alat-alat transportasi darat merupakan suatu keharusan. Sistem tersebut terdiri beberapa sistem utama dan puluhan subsistem. Sistem tersebut dapat dikelompokkan :
- Mesin (engine)
- Mesin pembakaran dalam (internal combustion engine).
- Sistem bahan bakar (fuel system).
- Sistem pengapian (ignition system).
- Sistem pemasukan udara dalam ruang bakar (intake system).
- Sistem pembuangan udara hasil pembakaran (exhaust system).
- Sistem pendinginan (cooling system).
- Sistem pelumasan (lubricating system).
- Sistem keseimbangan roda (spooring balancing)
- Pemindah daya (power train).
- Sistem transmisi (transmission system).
- Rangkaian penggerak (drive train).
- Transfer case (untuk penggerak 4 roda)
- Penggerak akhir (final drive)
- Roda (wheel)
- Sistem kemudi (steering system).
- Sistem suspensi (suspension system).
- Sistem rem (brake system).
- Bodi.
- Sistem listrik (electrical system).
sumber:https://id.wikipedia.org/wiki/Teknik_otomotif
Senin, 05 Oktober 2015
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