For constant-pressure towers as well, if the installation height is different, is the design pressure the same?
Thread Content
Suddenly encountering a dead end: for the same equipment under normal pressure, one installed on a platform at 0 meters and another on a platform at 100 meters – is the design pressure the same? Is the hydrostatic pressure of the medium taken into account in the design pressure? Or which side should be considered?
On the first floor, you can drink water from a glass, and on the 100th floor as well, you can still drink water from a glass… Compared to the glass, the static pressure of the liquid column remains the same
Don’t worry too much about the issue of gravitational acceleration
Does the static pressure of the medium take into account only the height of the equipment itself? No need to consider the installation height?
Jumping from the 100th floor to the 99th floor is the same as jumping from the 2nd floor to the 1st floor. What’s the matter, bro? Have you lost your common sense or did you just switch careers and no longer understand basic things?
Now that you put it that way, I suddenly understand
The design pressures are the same; however, when the equipment is installed at 100m, attention must be paid to the effects of wind pressure and seismic loads
The original poster does not understand the concept of design pressure. GB/T150 describes design pressure as follows: \"The maximum pressure at the top of the container, together with the corresponding design temperature, serves as the basic design load condition for the container; this value must be no lower than the operating pressure.\" The key to this sentence is the top of the container, and it has nothing to do with the installation location of the equipment. Some people might confuse design stress with computational stress; it is essential to clarify these concepts.
The pressure is acceptable; the head of pumps, such as return pumps, also needs to be taken into account
I don’t understand, but I know what pressure is. The first floor is the same as the second floor; there should be a difference between the first floor and the 100th floor. It’s completely different from the 10,000th floor – it’s so spacious with no gravity