'screw torque' is a correct and usable phrase in written English.
It is a term used in engineering that refers to the amount of rotational force used to tighten a screw. For example, you might say, "It is important to use the correct screw torque when assembling the motor to ensure a secure connection."
Lubricant viscosity and retaining screw torque had little effect on the modal parameters.
Locking plates rely on fixed angle screws to provide stability rather than the friction between the plate and bone generated by screw torque [17].
It was shown that "screw torque" on its high level (60%) was the significant factor to increase Impact strength of these composites.
The sensitivity of the system modal parameters to design variables such as valve preload geometry, lubricant viscosity, and retaining screw torque was investigated.
The optimal amount of screw torque is specific to each application and in practice is difficult to attain due to the wide variability in bone properties including bone density.
The interfacial adhesion and mechanical properties of injection-molded recycled poly ethylene terephthalate) with glass fibre has been studied as a function of two variables involved in the extrusion process: screw speed and screw torque.
The bending of the previous design was analyzed at three different screw torques to demonstrate the sensitivity to the axial force delivered.
This specificity implies knowledge of the screwing torque needed for the thread to be formed in the lower plate of the assembly and of the tightening torque necessary so as to establish the preload in the assembly.
Several studies have evaluated pedicle screw insertional torque (IT) and its direct correlation with pullout strength.
Back analysis method in conjunction with CFD modeling is used to calculate the rheological properties of soil from a set of known screw conveyor torque read outs from a machine operating in Seattle, WA.
Study Design: Screw insertion torque and pull-out strength of titanium maxillofacial self-tapping bone screws (1.0 mm and 2.4 mm outer diameter) were measured in cadaveric mandible and in the following materials: bovine rib, porcine rib, photoelastic epoxy, red oak, and 2 types of synthetic mandibles.
