The phrase "a significantly higher force" is correct and usable in written English.
It can be used in contexts where you are comparing forces, such as in physics, engineering, or any situation involving strength or power.
Example: "The new engine produces a significantly higher force than the previous model, resulting in improved performance."
Alternatives: "a notably greater force" or "a considerably stronger force".
However, experimental results indicate that debonding on a concrete beam occurs at a significantly higher force than that in the pull-off tests, which can be ascribed to the presence of multiple cracks along the beam span.
Molecular dynamics simulations show the energy landscape for protein L is highly restricted for mechanical unfolding and that this protein unfolds by the shearing apart of two structural units in a mechanism similar to that proposed for ubiquitin, which belongs to the same structural class as protein L, but unfolds at a significantly higher force.
We found that bones implanted with the short-stemmed implants required a significantly higher force before fracture.
In all age groups the dominant arm in men generated a significantly higher force than the non-dominant arm (all p < 0.001).
We found that while both groups consistently overestimated the force applied at both the start and end of testing, people with back pain had significantly higher force estimation errors than healthy controls (overestimating by 31% versus 15%; Fig. 2a).
Our data shows significantly higher force variations (1-D force heterogeneity; HF,a=6.5 mN, HF,q=8.25 mN and stiffness heterogeneity; HS,a=0.0274 kN/m, HS,q=0.0395 kN/m) in solid nodules compared either to fluid nodules or to regions corresponding to healthy thyroid tissue within the ultrasound phantom.
On the other hand, the aged lean subgroup had significantly higher force values than the aged fat subgroup (data not shown).
Figure 5B clearly shows that, overall, H needles had significantly higher force amplitudes than S needles at the same frequency levels.
There was a significantly higher withdrawal force in arrangements containing three magnets over only two.
The C2C12/IGF (Dox+) tissue constructs contracted in response to electrical pulses, and generated a significantly higher physical force than the control C2C12 tissue constructs.
However, the PSL component required a significantly higher seating force than the hemispherical cup in the high-density bone analogue (p = 0.006).
