As the air cushion is inflated, the area of contact with the surface is very less.As a result, the friction is less.
A hovercraft use a cushion of air to reduce friction. In extreme engineering applications there are also air bearings, bearings where a steady flow of air acts as a lubricant between two very finely machined surfaces to keep them apart.
on a cushion of air
Air bearings reduce friction by creating a thin layer of air between the surfaces, allowing them to glide with minimal resistance. This cushion of air helps to reduce friction and improve the efficiency of machinery and equipment.
How does the flow of air reduce friction of the hovercraft in motion?
Airtrack reduces friction by creating a cushion of air that separates the object from the surface it is moving on. This cushion of air effectively reduces the contact area between the object and the surface, minimizing friction and allowing for smoother movement.
Hovercraft reduce friction by using a cushion of air to lift the vessel above the surface, allowing it to move with minimal resistance. The air cushion acts as a buffer between the vehicle and the surface, reducing the effects of friction. This allows hovercraft to glide smoothly over various terrains, including water, ice, and land.
Hovercrafts are used for any transport situation where transition between a body of water and level ground is required or where the use of wheels or track are problematic. Air cushion technology can also be used to reduce friction to a absolute minimum in areas such as manufacturing.
yes.are you stupid or .......?this is my question to you.
Hovercrafts originated in the late 1950s, with significant development led by British engineer Christopher Cockerell. He conceptualized the vehicle's design using a combination of air cushion technology and a fan system, which allowed it to travel over land and water with minimal friction. The first successful hovercraft, the SR.N1, was built in 1955 and showcased the potential of this innovative mode of transport. Since then, hovercrafts have been utilized for various applications, including transportation, rescue operations, and military use.
Oil is mainly used to reduce friction between contacting surface, e.g., metal on metal - not to reduce air friction.
WHAT IS A HOVERCRAFT? A vehicle that travels above land and water. The word hovercraft is actually a name created in 1855 for an air-cushion vehicle. HOW DO HOVERCRAFTS WORK? Hovercrafts work on the two main things lift and thrust. When working with a hovercraft, the subsistence lift is very important for the vehicle. Lift is an important issue because it is what allows the vehicle to ride on a cushion of air several inches off the surface. This process of lift begins by directing airflow under the craft. In order to trap the air under the air cushion, a skirt is required. This is done in order to create pressure under the hovercraft which forces the vehicle off the ground. the proper amount of airflow is very important for the protection of the craft's strength if more wait is added it will not go as far. this is all you need to know about hovercrafts ......... i did this for my science fair project
A hovercraft reduces the effects of drag between it and the water by creating a cushion of air underneath it. This cushion of air lifts the hovercraft slightly above the water's surface, reducing friction and allowing the craft to move more easily and efficiently.