Communicating Vessels - Stevin's Law
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A model for demonstrate how the communicating vessels works based on Stevin's Law
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Model information
- Source
- Printables
- Category
- Physics & Astronomy
- License
- Standard Digital File License
A model for demonstrate how the communicating vessels works based on Stevin's Law. I've added two hole of 6mm to let the water go out. As a cap for holes it's possible to use a screw or a tube with valve or something similar to keep the liquid inside the vessels
For best result:
- print vertically using transparent PETG material.
- print in place no support needed
- bed temperature 50 to 60 Celsius degrees
- with 0.4mm nozzle use at least 3 walls
- infill at 100% linear
- hotend temperature 230 Celsius degrees (for best result use the values suggested by brand of supplier)
- flowrate based on type of material and printer
After the model is printed use a colored water to improve the visibility of the phenomenon.