The phrase "axis increased" is grammatically correct and can be used in written English.
It can be used in contexts related to mathematics, physics, or data analysis where an axis is being adjusted or scaled up.
Example: "In the latest experiment, we observed that the axis increased significantly, leading to more accurate results."
Alternatives: "axis expanded" or "axis elevated".
The forces and moments applied on and around the medio-lateral axis increased by nine-fold laterally and 16-fold from anterior to posterior, respectively.
Both phantom and patient studies showed that for normal-sized patients, the delivery time reduced as the distance between the PTV and the patient's central axis increased when the PTV center was aligned with the machine axis.
As the load prescribed increased from 10 kg to 80 kg, the forces and moments applied on and around the antero-posterior axis increased by four-fold anteriorly and 14-fold medially, respectively.
With increasing stress the volume fraction of domains with the hexagonal c-axis parallel to the stress axis increased at the expense of domains with the c-axis perpendicular to the stress axis.
Alterations of the HPA axis, increased catecholamines, natriuretic peptides and, decreased melatonin and IGF-1 levels are associated with poor post-stroke outcome, although there is no definitive proof of causality.
For positive bending, M d and ϕ of KSSC KCI and Eurocode 4 showed decreasing trends as the depth of the plastic neutral axis increased.
Halothane depresses cardiorespiratory function and activates the pituitary adrenal axis, increasing beta endorphin.
The spiral angle (that between the spiral line and the loading axis) increases as we gradually change the normal stress from tensile (positive) to compressive (negative).
On one hand, the external uniform magnetic field parallel with the coil axis increases the resulting magnetic field strength, however, on the other hand it simultaneously decreases the angle between the resulting magnetic field and the tape surface.
The difference between these and the classic herringbone structure is that the angle between the graphenes and the fiber axis increases regularly along the axis instead of being fixed.
This increases the depth of the neutral axis, increasing the area of concrete in compression; hence, the sectional area of tendon increases with the increase in ( f_{pfi} ) for the sectional equilibrium.
