The phrase "a severe load" is correct and usable in written English.
It can be used to describe a heavy burden or significant amount of weight, whether physical or metaphorical, in various contexts such as engineering, logistics, or emotional stress.
Example: "The bridge was designed to withstand a severe load, ensuring safety for all vehicles crossing it."
Alternatives: "a heavy burden" or "a significant weight".
The safety of the RPV during such a severe loading condition has to be proven in the design stage and during life of the component.
In structural engineering practice, understanding the behaviour of steel under extreme loading conditions is essential for accurate prediction of material response when subjected to a combination of severe load scenarios such as collision by heavy objects and a following fire.
The finite element analysis has beenthe most versatile and successfully employed method of analysis in the past toaccurately predict the structural behavior of reinforced concrete shear wall inlinear as well as nonlinear range under any severe loading conditions.
The initial FEM analysis shows the stress distribution and maximum stress on the upper control arm under a very severe loading condition.
Nonetheless, in Taiwan, the contribution of sugar + alcohol (empty calorie) to total energy was less than 53% of that in the western reference, indicating a less severe loading of those two components in Taiwan's dietary environment in comparison with western countries.
Because most of the dynamic energy is converted to thermal energy when a high-speed flow is decelerated in front of a protruded solid body, impingement of the high-speed flow produces a severe thermal load to the body surface as well as aerodynamic loads on it.
To determine the actual fire resistance of a building after a moderate or severe loading event or a relatively long period of service, it is imperative to understand the performance of the coatings and to develop effective damage estimation methodologies.
The objective of the control effort is to maintain the pH at a reference trajectory in the presence of severe load changes in the influent composition and/or flow rate.
The objective of the control effort is to maintain the pH at a reference trajectory in the presence of severe load changes in the fuel sulfur content and/or gas flow.
The wind turbine blade was able to sustain the loads in the first two tests, but the blade collapsed in the third test when the negative flapwise load reached 70% of the maximum target value, a value representing 50% of the most severe load in the first test.
