Masotomotif12

IDENTIFY AIRCRAFT ENGINES AND SPARE PARTS Get to know Aircraft Engines and Parts Airplanes are one of the safest and most efficient means of transportation for long-distance travel. If you travel by plane, know that planes require very complex engines and are specially made for that purpose.  It is important for airlines to maintain their aircraft engines at all times, carry out proper and regular maintenance, and have a sufficient stock of spare parts to replace damaged components.  That is why it is very important to identify aircraft engines and their parts:  1. Turbine and Compressor: These components are very important in burning fuel and electricity in aircraft engines.  There are many types of turbines and compressors. Axial force, centrifugal, etc.  2. Engine: The main engine of the aircraft, acts as the prime mover that turns the propeller of the aircraft.  The engine consists of many parts such as pistons, shafts and blades.  3. C...

WHAT IS STUDIED IN AUTOMOTIVE ENGINEERING Automotive Engineering is a technical degree that deals with the design, manufacture, maintenance, and repair of electric vehicles.  In this course, you will study various fields such as mechanics, electronics, materials and information technology related to automobiles.Here are some materials and lessons learned in automotive engineering.  1. Fundamentals of Mechanical Engineering and Its Components This material forms the basis for all automotive engineering students.Students learn the functional principles of electric vehicle engines such as gasoline engines, diesel engines, propulsion systems, and transmissions.In addition, students will learn about engine components such as pistons, valves, camshafts, crankshafts, air filters, fuel systems, and cooling systems.  2. Vehicle Electronics Electronics plays an important role in the modern car.  Therefore, automotive engineering students also learn about vehicle el...

HOW SUSPENSION WORKS Suspension is an important system in a car that provides comfort and stability when driving.This article explains how a vehicle's suspension works.  Suspension consists of several main components such as springs, shock absorbers, anti-vibration mounts and other devices.  These four components work together to creates comfort and stability while driving.  1.Per  Per or reduction gear is a key component of the vehicle suspension system.The function of this damper is to absorb the energy generated from the impact when the vehicle passes through rough roads.When a vehicle crosses the road , dampers compress or expand , absorbing the generated energy and converting it into heat energy .Various types of springs, such as stem springs, coil springs and air springs, have been developed to suit various vehicle models.  Bar springs perform better on smooth roads, while coil springs perform better on a broken or potholed road.  2. Shock...

HOW DOES MOTOR INJECTION WORK Engines with fuel injection systems are the latest technology used in the automotive industry. The fuel injection system is more efficient than the traditional carburetor system because it allows better control over the amount of fuel entering the engine. Here's how injection works in the engine:  1. Sensors The engine's fuel injection system uses many sensors to continuously measure data from around the engine. There are sensors that measure air and water temperature, sensors that measure intake air pressure, and sensors that measure crankshaft speed and position.  This sensor sends a signal to the electronic injection controller , which controls the injection of fuel into the engine .  2. Electronic Injection Controller The electronic injection controller is the brain of the fuel injection system. It receives data from sensors and processes this information to control the engine's fuel injection.  The injection control unit...

HOW ELECTRIC MOTORS WORK Electric motors are one of the more popular technologies in recent years because of their efficiency and cleanliness.This article explains how an electric motor works.The electric motor consists of several main components such as the rotor, stator and commutator.  These four components work together to produce the desired motion of the electric motor. 1.Rotor The rotor is the rotating part of the electric motor.The rotor consists of a series of coils wrapped around a metal core and rotated by a magnetic field originating from the stator.The rotation of the rotor produces a torque on the motor.   2.Stator  Stator is a stationary component and is placed around the rotor.  The stator also consists of a series of wire windings, but these are mounted inside the motor.  The coil is supplied with AC power via an electronic power controller.  3. Commutator  The commutator is used to convert alternating current to direc...

Automotive Vs Mechanical Engineering Automotive and mechanical engineering are two disciplines that are often associated with one another, but there are actually significant differences.Both are related to machinery , but there are some differences and similarities between the two .Automotive is a branch of mechanical engineering that specializes in  production, design, maintenance, and repair of electric vehicles such as cars, motorcycles, and trucks.There are many components involved in the automotive world , such as engines , transmissions , suspensions and electrical systems that attract a lot of attention .Mechanical engineering is an applied science that covers all issues related to the design, development, manufacture and maintenance of machines and other equipment.  This includes everything from internal combustion engines to turbines to hydroelectric generators to industrial robots.  Although mechanical engineering is not directly related to automobil...

Automotive And Robotic Engineering Automotive engineering and robotics play an important role in the automotive and automated fabrication industries.  Automotive engineering covers all the processes involved in the design, development and manufacturing of vehicle components, while robotics is the science associated with using robots to automate production processes.  This combination of automotive engineering and robotics is critical to building vehicles that are safer, more efficient and superior in performance.  Robots can help in the car production process, both in engine mounting, frame installation, and painting.  With high speed and precision, robots provide better quality in automotive products.  In addition, automotive engineering and robotics can also be used for shipping and storage of goods, monitoring production flows, and can be used in machine assembly.  In the automotive industry, robots are helping to accelerate the development of new produc...

Why Automotive Engineering Drawings Are Often Referred to as Engineering Language In the automotive world, automotive engineering drawings play a very important role in communicating ideas, designs and technical information to professionals in this field.  Automotive technical drawings are often referred to as technical language because they have the ability to convey messages clearly and effectively, just like verbal or written language.  Here are some reasons why automotive engineering drawings are often referred to as engineering language:  1. Universality and Standardization: Automotive technical drawings use internationally agreed symbols.  This makes engineering drawings understandable to all automotive professionals around the world.  The standardization of symbols and notations in engineering drawings allows engineers and technicians to communicate without language or cultural barriers.  In this regard, automotive engineering drawings serve as a uni...

The Automotive World Is More Than Just Vehicles T he automotive qworld has become an integral part of modern life. Not only as a means of transportation, the automotive world also includes all aspects related to motorized vehicles, from design and technology to the culture that surrounds them. The automotive world is not only about vehicles but also about mobility, freedom, and excitement. One of the interesting aspects of the automotive world is the innovation that continues to emerge. Technological developments have changed the way we view and use vehicles. From internal combustion engines to electric and autonomous vehicles, the automotive world is constantly striving to improve the efficiency, safety, and comfort of using vehicles. In addition, the automotive world also reflects the progress of the manufacturing industry. Complex and high-precision manufacturing processes are used to create safe and reliable vehicles. The automotive industry also provides employment for millions ...

Electric Cars: A Clean and Sustainable Future in the Automotive World In the modern era that is increasingly aware of the environment, attention to environmentally friendly mobility is increasing.  In order to reduce greenhouse gas emissions and deal with the problem of dependence on fossil fuels, electric cars are a major concern in the automotive industry.  Electric cars offer an innovative and sustainable solution for our transportation future.  In recent years, the development of electric car technology has experienced a significant surge.  Major automakers and leading technology companies have launched various electric car models with advanced features and impressive performance.  One of the advantages of electric cars is the use of electric engines that completely eliminate direct emissions, replacing internal combustion engines that run on fossil fuels.  Thus, electric cars have a much lower impact on climate change and air pollution than conventiona...

Automotive Modification World: Turning Vehicles Into Expressions of Creativity I n the automotive world, modifications are an integral part. From cars to motorcycles, many automotive enthusiasts turn their vehicles into unique pieces that reflect their personalities and lifestyles. The world of automotive modifications has developed rapidly in the last few decades, attracting the interest of people of all backgrounds and ages. What makes modifications so appealing, and why have they become so popular among automotive enthusiasts? First of all, modifications provide an opportunity for automotive enthusiasts to express their creativity. In a world full of similar standard vehicles, modifications allow individuals to turn their vehicle into something completely unique. With a variety of exterior modifications, such as body kits that change the look of the car or eye-catching paintwork, auto enthusiasts can create a vehicle that truly reflects their personal style. On the other hand, inte...

History of the Automotive World: From Early Developments to the Modern Era Automotive is a word that is familiar to all of us. Motorized vehicles have become an inseparable part of our daily lives. However, did you know that behind such a familiar presence lies a long, interesting history that shaped the automotive world as we know it today? Let's explore the long history of the automotive world. At first, the concept of motorized vehicles existed since ancient times. In the 15th century, Leonardo da Vinci, a famous polymath, created several designs for moving vehicles using human energy or horse energy. However, the concept of the modern motorized vehicle only began to materialize in the 18th century. Pada tahun 1769, Nicolas-Joseph Cugnot, seorang insinyur Prancis, menciptakan "Fardier à vapeur", yang dianggap sebagai nenek moyang kendaraan bermotor. Kendaraan ini digerakkan oleh mesin uap dan dapat mencapai kecepatan sekitar 4 km/jam. Meskipun demikian, perkembangan ...

  Basic Automotive Science Cars: Know the Important Components and Their Functions Automobile engineering is a broad and interesting field that involves understanding the various components and systems that allow cars to function properly. In this article, we will explore the basics of automotive engineering by learning about some of its important components and their functions. By understanding these basics, you will have a better insight into how the car operates and may be able to perform basic maintenance. 1. Engine: The engine is the heart of a car. It consists of various components, such as the cylinder block, piston, crankshaft, valves, and combustion chamber. The engine is responsible for generating the power needed to move the vehicle. The most common type of engine is an internal combustion engine, such as a petrol or diesel engine. 2. Fuel System: The fuel system delivers fuel to the engine for combustion. The main components in this system include the fuel tank, fuel pu...

How Motors work:Uncovering the Science Behind Electromechanical Power  Motors are the cornerstone of modern technology, powering many of the devices we use in our everyday lives. From electric vehicles and industrial machines to household appliances and computer fans, motors provide the mechanical power needed to get things moving. But have you ever wondered how these extraordinary devices work? In this article, we'll examine the science behind motors, focusing on the principles of electromagnetism and the intricate mechanisms that drive their functions.  1. Fundamentals of Electromagnetism At the heart of every motor lies the basic principle of electromagnetism. This branch of physics is concerned with the interaction between electric currents and magnetic fields. An electric current passing through a conductor produces a magnetic field around it, and conversely, a changing magnetic field induces an electric current in a nearby conductor. Understanding this concept is essenti...

"The Automotive Revolution: The Latest Trends Changing the Car Industry "   The automotive industry continues to undergo rapid evolution, with new innovations changing the way we interact with cars. In recent years, technological developments have driven significant changes in car design, performance and safety. This article will explore the latest automotive trends that are chan byging the face of the auto industry.  1. Electrification Mobility: One of the main trends in the automotive industry is electrification of mobility. Electric cars have become increasingly popular, with major automakers investing their resources in developing better battery technologies and a more extensive charging infrastructure. Electric vehicles are not only environmentally friendly, but also offer impressive performance with fast acceleration and less maintenance compared to fossil fuel vehicles.  2. Autonomous Vehicle: Autonomous vehicle technology is steadily advancing, and although w...