The pressure inside a tank pushes equally on all sides of the tank. Thus a tank must be designed to provide resistance to the force of a solid, liquid, or gas pushing against it. For high-pressure gases, the strongest tank shape is a sphere. Because the gas pushes on all points, the spherical shape is maintained, with no point receiving any more force than any other point on the round ball. Because round ball tanks are impractical to build, ship, and mount, the shape is often further refined into a cylinder with domed ends. The round part of the cylinder still resists pressure, but it is easier to build, haul, and set in place than a round ball. The ends of the cylinder are domed to continue the arched design, so that they have maximum resistance to pressure.
The higher you are in the atmosphere, the lower the air pressure. Seeing that the top of a mountain is quite high, the air pressure is low; the air is thinner. This is why you need oxygen tanks to reach the top of Mount Everest
advanatages of high pressure boilers
From areas of high pressure to areas of low pressure. Hope this helps! :)
High Temp and high pressure
Low pressure boilers work with pressure below 15 psi while high pressure boiler above 15 psi
Ascending Aorta
Unless you have certain Angel models, High pressure air is fine.
The heart is awesome. it pumps the blood and fills the arteries making them high in blood pressure. --3
The heart is awesome. it pumps the blood and fills the arteries making them high in blood pressure. --3
Arteries are able to withstand the enormous pressure of blood as it is pumped by the heart and to expand and relax between heart beats.
it is made under high temperature and pressure so it can withstand heat
Yes, they require High pressure air (nitrogen) tanks. They cannot run off of CO2.
To withstand high water pressure when they are submerged at sea.
fuel tanks there is a low pressure fuel pump in each tank, and a high pressure on in frame rail on drivers side after fuel filter.
left ventricles . as it pump blood to the aorta it needs a high pressure to take blood all over the body . left ventricle is thick as it needs a high pressure to pump blood and to withstand that pressure.
The fuselage of most aircraft is not strong enough to withstand that pressure. The air pressure is very low at high altitudes, and if the inside pressure was set to 0 ft (an extremely high pressure), the fuselage would burst.
any Co2 tank and high pressure HPA tanks.