Many, many places. Good examples of hydraulic systems include automotive brakes, and the control systems of large aircraft. Pneumatic systems include many types of tools found in an automotive repair shop. Both systems supply forces somewhere remote from where it is practical to locate large machinery. Hydraulics give high forces with low losses, thanks to the virtual incompressibility of hydraulic fluids. Pneumatics are usually less efficient, though simpler since the "resevoir" in the circuit is the atmosphere. That eliminates return piping and leakage problems.
There are many differences, and here are a few: Pneumatic systems use gasses which are compressable - hydraulic uses liquids that are non-compressable. Hydraulics' motion is slow and smooth - pneumatics' motion is quick. Pressure can range from 500 to 5000 psi - pneumatics operate at around 100 psi.
Nowhere As of now!
yes it is : )
C-152's use hydraulics with their fixed tricycle gear to make softer landings. Also, the disk brakes use a hydraulic system.
The amount speed put out from any prime mover depends on the amount of energy put into the system. Hence there can be no absolute answer to your question.
Pneumatic systems use air or an inert gas. Hydraulic systems use water or oil.
both pneumatic & hydraulic systems are applications of fluid powers
I think it is because hydraulic systems are stronger than pneumatic systems. if you know that is wrong then get an expert. : )
Air pressure is used as ejector for the sand blasting.
Not usually. Hydraulic systems use fluids. Pneumatic systems use gas.
Yes - but not mixed. Pneumatic systems have more "give" (gas is compressible). Note that the power brakes on your car consists of both.
Pneumatic = Air! There are brake systems that use a combination of both pneumatic and hydraulic components. In those combination braking systems you would use the hydraulic brake fluid that the manufacture specifies.
An antonym for "hydraulic" is "pneumatic." While hydraulic systems use liquids to transmit power, pneumatic systems utilize gases, typically air. This fundamental difference in the medium of power transmission highlights their contrasting characteristics in various applications.
Parts of electronic, hydraulic and pneumatic control systems.
Meter in and meter out are terms commonly used in hydraulic systems to control the flow rate of fluid. In pneumatic systems, flow control valves such as needle valves or flow restrictors are used to regulate the speed of the air flow. These components are designed specifically for pneumatic applications due to the differences in fluid properties and system requirements between pneumatic and hydraulic systems.
Not usually. Hydraulic systems use fluids. Pneumatic systems use gas.
Any pressure difference is irrelevant. The distinction is in the operating fluid. In pneumatic systems, it's a gas. In hydraulic systems, it's a liquid.