The phrase "axis load" is correct and usable in written English.
It can be used in contexts related to engineering, physics, or transportation, where it refers to the load or weight applied along an axis, such as in vehicles or structural analysis.
Example: "The axis load of the truck must be calculated to ensure it complies with safety regulations."
Alternatives: "axial load" or "load on the axis".
Using Equivalent Simple Axis Load (ESAL) traffic data as input, the model gave values largely in agreement with field measurements.
After 500 thousand times of standard axis load were applied, the rutting depth of the designed structure reduced by 43.4%.
Cheap microcontroller based data acquisition boards and several single axis load cells were used to lessen the cost.
Import the 'neville' interpolation method from 'sherpa.utils' to apply to the dependent data axis; load a spectrum with errors from an ASCII file and model templates, then use the default interpolation method when fitting the spectrum with this model.
An innovative six axis load cell is presented and employed for frontal impact tests on a Hybrid III 50th percentile dummy.
This article explores the design of a pitch/yaw axis load factor autopilot for a class of 155-mm spin-stabilized ammunition which incorporates a novel nose-positioned course correction fuze system used for trajectory correction.
All components were undertaken at 1.2 Hz under a single axis loading pattern with a maximum load peak of 2 kN and bovine calf serum solution as lubricant.
Correlations between load transducer and radial axis loads at each net load position were calculated using Pearson Product Moment Correlations.
Largest differences between transducer and radial axis loads occurred at 40° in the medial and anterior directions (Fig. 5).
Differences in transducer and radial axis loads were less than 6 N for off-axis angles up to 30° in all four load directions.
Pearson Product Moment Correlations showed significant relationships between transducer and radial axis loads for all 16 net joint load directions (r = 1.00 and p < 0.001 for each net joint load).
