it is a pump that delivers the same pressure irregardless of load
Force (load) = Pressure X Area
Pressure vessel is designed to withstand circumferential load,known as Hoope Stess, but column takes the axial load.
when the load increases the amount of vapor increases , so the pressure inside the evaporator increases and as we r in the wet region inside the evaporator the pressure and the temp. are proportional so the temp. too will increase but we use some valves to fix this problem , for example thermostatic expansion valve it helps add more m dot of the refrigerant so the amount of heat from the load will be distributed over a larger mass so the pressure inside the evaporator will remain the same
Margin pressure is a term used in Closed Center, Load Sense type systems in hydraulics. The term refers to the pressure difference between the pump outlet(valve inlet) and the valve tank pressure). The margin pressure is the way the valve signal to the pump it's status.
Pressure rating means maximum pressure at which pump can operate safely.Pump delivers a pressure according to load. If load is more , it'll deliver more pressure. At some point load is large enough to cause damage to parts of the pump. That pressure is rated pressure. For example if pump rating is 10 bar, it can asustain safely the load that creates 10 bar pressure.
it is a pump that delivers the same pressure irregardless of load
The oil pressure for the DG sets depends with the load.
The abnormal load on the earth dam is the water pressure on the upstream side.Loads acting on dams are hydrostatic pressure, self weight, seismic loads.
When an evaporator experiences a heat-load increase, the suction pressure will decrease. This is because more refrigerant is being vaporized in the evaporator to absorb the additional heat, leading to a lower pressure in the system.
Shock load is a machining term. Shock load is when a sudden intense force is placed on the parts of a machine. The machine often cannot handle the pressure.
burden, load, mass, stress, strain, tension
Force (load) = Pressure X Area
Hydraulic pressure required to lift a one ton load will depend on factors such as the size of the hydraulic cylinder, the mechanical advantage of the system, and frictional losses. As a rough estimate, for a simple hydraulic system with a one square inch piston and a one ton load (2000 pounds), you would need a pressure of 2000 psi to lift the load.
its is mentioned in the glove box of the car. Full load its 33psi and with half load 30 psi
increased pressure on disks
the system capacity is max out