Exact(2)
In addition, the temperature drop from heel to toe increases from (Delta T approx 0.48^circ {text{F}}) to (Delta T approx 0.77^circ {text{F}}) because the larger pressure drop causes larger isentropic coefficient cooling effect.
In many arboreal frogs, a small "intercalary structure" on each toe increases the surface area touching the substrate.
Similar(57)
The rate of exfiltration and sapping erosion at the downstream toe increased from low saturated soils to highly saturated soils.
The dorsal contact pressure at the first toe increased by four times from heel strike to push off.
Plus, research out of the University of Memphis shows that unnaturally forcing your knees back behind your toes increases the stress placed on your hips and back.
The instruction to land with knees over toes increased peak knee flexion compared to the control condition.
This changes the weight bearing on the toe and increases range of motion in the foot.
Gait speed, maximal knee flexion angle at swing phase, and slope of knee flexion curve at toe off increased significantly after phenol block (p<.05).
However, the fatigue strength of the welded joints is significantly improved because of the grain refinement, porosity removal and reduction in stress concentration promoted by the weld toe radius increase.
For both groups the grade of toe deformity increased from the first to the fifth toe.
Many conditions such as pes cavus, pes planus, hyperpronated feet, hallux valgus and claw/hammer toe will increase pressure loading under the MH.
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