Sentence examples for a load force from inspiring English sources

P-h curves of BaTiO3 films on (a) Cu and (b) SUS substrates for a load force of 900 μN and the thickness dependence of surface hardness of the films on (c) Cu and (d) SUS substrates.

The AFM tip a firstly approaches the sample surface at a discrete distance above the sample, b continues to approach until the tip touches the sample surface, c begins to deform the sample surface under a load force and shows a small indentation and d e withdraws from the sample surface.

In order to properly measure the hardness data of the 0.2-μm-thick0.2-μm-thick0.2-μm-thick and SUS substrates excluding the effect of the substrate hardness, a load force of 900 μN was used and applied to the BaTiO3 films with thicknesses over 0.2 μm on Cu and SUS substrates.

In fact, as it is guessed, thinner and therefore less rigid corneas have more applanation time because when a load force is applied over it, the corresponding response force is reduced as it is directly related to the decreased tissue stiffness.

A loading force of 200 g for intrusion of posterior teeth purposes was used on the majority of mini-implants.

The larger value of elastic modulus for spider silk crystal than that for amyloid fibril is ascribed to the loading mechanism in that the spider silk crystal bears a loading (force) whose direction is perpendicular to the fibril axis of spider silk crystal, while the amyloid fibril exerts a force along the fibril axis [55].

Therefore, a loading force of 60% of the maximal load was applied.

A loading force corresponding to 60% of maximal force of the contralateral noncyclically loaded humerus allowed a fatigue loading without failure after at least 2000 cycles.

In contrast, other studies in older adults have found that approximately 50% of falls reported are related to ambulation activities[ 27, 29] When walking, an individual must bear 80% of her/his body weight on a single limb for 60% of the gait cycle; this equates to a loading force through the hip greater than 4 times the body weight [ 34].

Specifically, we present simulations of osmotic effects of molecular dimers, worm-like chain polymer knots, and a basic model of a molecular motor immersed in fluid subject to a hydrodynamic load force.

Therefore, in our judgment, it is more likely that rigid polyethylene sutures have a splitting effect at the tendon ends when a single load force is used.