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Pascal's Vases
di Dutch_Design
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‘The pressure at any point within a fluid at rest (of a certain density) depends only on the depth of that point.’
This is a law of hydrostatics that was discovered by the famous 16th-century scientist Simon Stevin which later became known as Stevin's Law. This phenomenon has now been brought to life by a sculpture better known as Pascal’s vases.
Besides filament, this sculpture requires:
-Acrylic or Lexan plate of ~170mm, 80mm, 3mm
-Special glue for acrylic or lexan. (I have a bad experience with both hot and superglue.)
-(Coloured) Water.
For educational purposes, I have added a paper explaining the phenomenon more in-depth.
This is a law of hydrostatics that was discovered by the famous 16th-century scientist Simon Stevin which later became known as Stevin's Law. This phenomenon has now been brought to life by a sculpture better known as Pascal’s vases.
Besides filament, this sculpture requires:
-Acrylic or Lexan plate of ~170mm, 80mm, 3mm
-Special glue for acrylic or lexan. (I have a bad experience with both hot and superglue.)
-(Coloured) Water.
For educational purposes, I have added a paper explaining the phenomenon more in-depth.
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