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The impact acceleration in the longitudinal body axis direction and the axial overload on the body were investigated through the falling-down experiments under different conditions including dropping height, water-entry inclination angle, and wing sweptback angle.
The optimized conditions for pastillation were 1.00 cm dropping height, 20 G needle orifice and 4 °C plate temperature which produced good pastilles of uniform size (2.5 3.0 mm) with contact angle above 90°.
It is found that when the above three key parameters are 10 m for dropping height, 0° for wing sweptback angle, and 90° for water-entry inclination angle, the maximum peak impact acceleration and overload are −167.20 m·s−2 and 18.06 respectively.
The drop hammer had a weight of 88 lb (40 kg) at an average dropping height of 400 mm which was kept constant during the pile load test.
The volume of water drops was set in 5 μL and the dropping height remained at 0.165 mm to avoid the effect of impaction.
Assume the dropping height of the packaging system is h, the weight of the product is W. When the system is in the position of height h, the gravitational potential energy of the system can be expressed as U = Wh.
Similar(52)
The cumulative peakG data showed strong correlation with overall drop height, indicating that reducing the overall drop height on a packing line could reduce the impact level.
Emphasis is placed on the effects of drop height and product temperature.
The weight of the drop hammer and the drop height used in the tests were varied.
Two regimes are observed: a decreasing drop height with a pinned contact line followed by a receding contact line.
Various impact energies were applied to the specimens by adjusting the drop height.
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