"adjustment range" is a correct and usable phrase in written English.
It refers to the range or extent of the adjustments that can be made. You can use it when describing a variable or the adjustments that can be made in a particular situation. Example: The temperature control has an adjustment range of 50-90 degrees Fahrenheit.
Domestic ovens as a rule have this type of manual control, commercial ovens have more complex controls that can be adjusted to be accurate over the full adjustment range.
Results of the simulations are validated using experimental determinations of the driver seat adjustment range from the literature.
A combination of the three approaches is used to determine an optimal adjustment range for the driver seat, thus allowing most people to safely operate the vehicle.
In order to compensate for quantization errors, an adjustment range of quantization sensitivity for a dynamic uniform quantizer is given through the flexible choices of design parameters.
This study proposes a hybrid method for predicting the optimum driver seat adjustment range to accommodate diverse drivers in any vehicle based on a direct optimization-based posture prediction method.
It is based on a fixed gain novel highly linear voltage-to-current conversion input stage and uses electronically programmable current mirrors to achieve very wide transconductance gain adjustment range.
Considering this phenomenon for a vehicle interior, the importance of the seat track location and adjustment ranges become important.
After posture predictions are completed, individuals' preferred seat locations are used in a second optimization problem to predict the seat track location and adjustment ranges.
In other words, the powers and load adjustment ranges both decrease with decreasing rotational speed whereas the efficiency increases, which peaks at 63.43%.
For a specific vehicle with 20 N m pedal reaction moment, adjustment ranges are predicted as 223 mm and 82 mm in horizontal and vertical directions, respectively.
Three different pedal reaction moments (0, 20, and 40 N m) are implemented into the formulation to examine the effect of pedal reaction moment on driver seat location and adjustment ranges.
