Hydraulic machines rely on the low compressibility of a specific fluid. When the fluid is pumped into the cylinder that does the work and then sealed, the fluid's inability to compress ensures that the cylinder does not lower from the position is was moved to.
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It is strong and light weight. That makes it suitable for aircraft parts.
A sphere is so strong because it is geodesic. It is strong because all the average strength are very strong.
Hydraulic robots are more complex than electric drive robots, so they are generally heavier and more expensive. They also may have sticking friction issues that can result in uneven or halting motion in some very slow-moving applications where the weight or force of the payload is low. In many applications they are among the most powerful, well controlled manipulators. If they are used where hydraulic fluid power is already available so they needn't include a hydraulic power supply, the cost and complexity weaknesses don't apply.
Oh honey, you're in for a treat! An oleodynamic valve is simply a fancy term for a hydraulic valve that controls the flow of oil in a system. It's like the traffic cop of the hydraulic world, directing where the oil goes and when. So, next time you hear someone mention oleodynamic valves, just nod like you know what they're talking about.
the food they eat makes them strong
the shell shape makes it strong.
monkeys
strong walls
big mussels can make horse strong
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apple designed them but machines make them so no mistakes are made in the process.
cassie tatum
good question
God's protection.
Its strong marketing makes it a desirable brand.
A curve is so strong because when you apply a force on top of the curve the weight of that forced is transferred to the bottom parts of the curve which makes it really strong like bridges that use arcs