"maximum pressure load" is a correct and usable phrase in written English.
It can be used to describe the maximum amount of weight or force that a structure, machine, or material can withstand without breaking or collapsing. Example: "The bridge has a maximum pressure load of 10,000 pounds, making it capable of supporting heavy vehicles and equipment."
This chapter discusses the membrane deflection and maximum pressure load.
Perforations in the membrane lower the maximum pressure load of the membrane.
The chapter gives an analytical expression together with an experimental verification among the relation of membrane size, membrane shape, and maximum pressure load for unperforated membranes.
Simulation results reveal that as the degree of the shape polynomial function increases, there are corresponding gains in the maximum pressure, load and torque are, and a corresponding decline in the minimum film thickness.
From the prediction, the maximum pressure loading was obtained.
Table 2 shows the calculation result including sucker rod gravity load, liquid pressure load, maximum and minimum polished rod load of the side-flow pump system and conventional pump system.
Measured parameters included gait phase characteristics, mean and maximum pressure and force, and relative load.
Our results include analyses of maximum flow rate, maximum pressure, and flow rate with intermediate pressure loads.
Figure 16 shows the maximum pressure p max under the condition of a contact load P n = 1000 N × load-sharing ratio.
When a conventional pump is substituted by a side-flow pump, both maximum and minimum polished rod loads are decreased by around 4%. Deep pumping with small-diameter pump only reduces the liquid pressure load in upstroke, so only maximum polished rod load is decreased.
The following 5 variables were calculated for the each mask: maximum pressure, maximum force, mean pressure, mean force, and relative load.
