The phrase "average force was" is correct and usable in written English.
It can be used in scientific or mathematical contexts when discussing the concept of average force in relation to an experiment or calculation.
Example: "The average force was calculated to determine the impact of the collision on the vehicle."
Alternatives: "mean force was" or "typical force was".
Three trials were recorded and the average force was calculated.
The average force was also compared showing increased force for the robotic insertion compared to manual insertions.
Average force was calculated for the intact leg (Fil) and this value was subtracted from the total body weight to obtain the force on the prosthetic leg (Fpl).
The graded force effort of 15% ± 5% maximum voluntary pulling force fell between a minimum force criterion (12.5%, determined on the last day of training using Force Lever software, version 1.03.02, Med Associates) and a maximum force criterion (17.5%) for at least 50 ms. In grams, the average force was 28.05 g (range of 24.63 g to 34.48 g).
The average force is found to be determined by the velocity gradients of unperturbed flow and by the density ratio.
The average force is observed to be maximal for higher-thickness and higher-strength materials.
As calculated from the time domain analysis, the average speed of the buoy is 0.75 m/s and the average force is about 4.1 kN at the given sea state.
The force-time curve (Figure 1G), shows that the average force is ∼90 pN indicating that at a target velocity of 1.0 Å/ps, the ∼90 pN generated at the beginning of a pulse, is insufficient to break the I27 domain out of the folded minimum.
A relation of the volume averaged velocity and the volume averaged force was established in two different FRV models with a finite element simulation in COMSOL.
The average forces were accumulated in 0.05 Å wide bins.
Experimental results showed that the average pull-out force of the stinger was 113.50 mN and the average penetration force was only 5.75 mN.
