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Tensile testing force at 0 mm of stroke.
The graph for all three samples rises to approximately 50 mm of stroke, which is mainly due to inward dimpling of bottom spherical shell.
The stroke at 0 N, u0, was calculated using the slope a and the tensile load at 0 mm of stroke F0, as stated in Eq. (1): {u}_0=-frac{a}{F_0} (1) Open image in new window Fig. 9 Stroke increment and testing force curve of the a 0.063- and b 0.296-mm 0.296-mm wire diameteroading and unloading.
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In addition, the injection molding of the product includes 24 mm of shot stroke, 1.47 mm position transfer, 268 rpm screw speed, injection speed 100 mm/s, 172 ton clamping force, 800 kgf holding pressure, 0.9 s holding time and 1.4 s cooling time, make the products in the shape and proportion of the product satisfactory.
Image of the gauge tape tilt during tensile testing is shown in Fig. 14 at 0, 0.41, 0.41, and 0.74 mm of the stroke increment for the 0.042-mm 0.042-mm wire.
A 5,5 years-follow-up showed that the risk of myocardial necrosis increases for about 10- 15% just if IMT increases for 0,1 mm while the risk of stroke increases for about 13- 18% [ 37].
He and Macgregor estimated that a 6 g/day reduction in salt intake (equivalent to 2300 mg sodium) in the UK could reduce systolic/diastolic blood pressure by 5/3 mm Hg reducing risk of stroke by approximately 25%% and ischemic heart disease (IHD) by 18%%, while a 3 g/day (1150 mg sodium) reduction could reduce blood pressure by 2/1 reducing stroke by 13%% and IHD by 10%% [ 32].
CIMT is a marker for the presence and severity of arteriosclerosis and has been associated with risk factors for cardiovascular disease, all cause and cardiovascular mortality [ 31- 33] A systematic review has shown an increased risk of myocardial infarction with CIMT > 0.822 mm and an increased risk of stroke with CIMT > 0.75 mm [ 34].
All-solid-state torsional electrochemical yarn muscles have provided a large torsional muscle stroke (53° per mm of yarn length) and a tensile stroke of up to 1.3% when lifting loads that are ~25 times heavier than can be lifted by the same diameter human skeletal muscle.
Finally first calibration results of this axis show nanometer repeatability of the probing point over the 4 mm stroke of this axis.
The final design opted for a 3 mm stroke of the elements, in order to generate adequate pressure on the hands, while limiting excessive displacement, which could generate discomfort in the users.
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