Engineering Content
Corning force is simply the physical force applied to the tires during the corner. When you think about how well your vehicle handles, you’re thinking about how tires transfer the work of your vehicle’s engine and suspension system to the road through cornering force. Cornering force gives the tires the strength to stick to the…
WHAT IS UNDERSTEER? Understeer is when a vehicle turns less than the required angle through the steering, meaning the front tires struggle for traction, causing the vehicle to spin below normal and push extensively during a turn. WHAT CAUSES UNDERSTEER? Understeer happens as a result of drivers input. Turning the steering wheel sharply, abruptly, or…
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Steering Geometry Components The steering Geometry system can be classified into forwarding steering, rear steering, or integral steering. The system that regulates the angular movement of the front wheels of a vehicle is called the steering system. This flight system minimizes the effort of the operator to turn the front wheel with the application of…
The brake is an essential control device in a car. If something goes wrong with the brakes, it can be disastrous. The following are the requirements for proper brake operation. 1. They must be strong enough to stop the car at a minimum distance in an emergency. In addition, the driver must be in control…
The Antilock Braking System (ABS) is a type of active safety system in a vehicle. It is also known as a non-slip braking system. This system kicks in when the driver suddenly applies the brakes during an emergency. The use of the antilock braking system in cars and motorcycles is now mandatory in most of…
When the brake pedal is depressed, fluid in the brake master cylinder, under pressure, flows out of it and into the fluid lines leading to the wheel cylinders. It is divided into two parts, namely, the fluid reservoir and the compression chamber. Working of Brake Master Cylinder: When the pedal is depressed, the piston at…
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Brakes operated by hydraulic pressure (fluid pressure) are called hydraulic brakes. Hydraulic brakes are commonly used in automobiles. Principle Hydraulic brakes work according to the principle of Pascal’s law, which states that “the pressure at one point in a fluid is the same in all directions in space”. According to this law, when pressure is…
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Mechanical brakes Mechanical brakes consist of mechanical elements for the deceleration or stop of axes in equipment drives. They use levers or links to transmit force from one point to another. Braking slows or stops the movement of the coupled axes. There are several types of mechanical brakes. Band brakes, the simplest brake configuration, have…
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Differential used in Cars & Trucks A differential is an essential component of a car’s drivetrain that enables the wheels to rotate at varying speeds while receiving power from the engine. It can be found in the front or rear axle or both, situated between the drive wheels. The differential comprises a set of gears…
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Gears are a crucial part of many automobile vehicles. Gears help increase delivered torque by providing a reduction in gear and adjusting the direction of rotation like the axle of the rear wheels of motor vehicles. Following are some basic types of gears & how they differ from each other. Spur gears in Types of…
